<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE TS []>
<TS>
    <context>
        <name>Ans.EngineeringData.Material</name>
        <message>
            <source> material has invalid datatransfer ID. This may cause problem with material assignment for part and layered sections in Mechanical. Please reassign the material to fix the problem.</source>
            <translation type="unfinished"> material has invalid datatransfer ID. This may cause problem with material assignment for part and layered sections in Mechanical. Please reassign the material to fix the problem.</translation>
        </message>
        <message>
            <source>EngineeringData</source>
            <translation type="unfinished">EngineeringData</translation>
        </message>
        <message>
            <source>Invalid material datatransfer ID</source>
            <translation type="unfinished">Invalid material datatransfer ID</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.Commands</name>
        <message>
            <source>
        {0} requires a material to be constructed from the MetaData information, it was not created.
        Please check EngineeringData.config in the installation for files that need to exist.
      </source>
            <translation type="obsolete">
        {0} requires a material to be constructed from the MetaData information, it was not created.
        Please check EngineeringData.config in the installation for files that need to exist.
      </translation>
        </message>
        <message>
            <source>"{0}" cannot be combined with "{1}".</source>
            <translation type="unfinished">"{0}" cannot be combined with "{1}".</translation>
        </message>
        <message>
            <source>"Linear Unloading" cannot be combined with "Nonlinear Unloading".</source>
            <translation type="obsolete">"Linear Unloading" cannot be combined with "Nonlinear Unloading".</translation>
        </message>
        <message>
            <source>"Nonlinear Unloading" cannot be combined with "Linear Unloading".</source>
            <translation type="obsolete">"Nonlinear Unloading" cannot be combined with "Linear Unloading".</translation>
        </message>
        <message>
            <source>"Uniaxial Compression Test Data" is meant for use with the "Response Function" hyperelastic model and will be ignored for the curve fit.</source>
            <translation type="unfinished">"Uniaxial Compression Test Data" is meant for use with the "Response Function" hyperelastic model and will be ignored for the curve fit.</translation>
        </message>
        <message>
            <source>"Uniaxial Tension Test Data" and "Uniaxial Compression Test Data" are meant for use with the "Response Function" hyperelastic model and will be ignored for the curve fit.</source>
            <translation type="unfinished">"Uniaxial Tension Test Data" and "Uniaxial Compression Test Data" are meant for use with the "Response Function" hyperelastic model and will be ignored for the curve fit.</translation>
        </message>
        <message>
            <source>"Uniaxial Tension Test Data" is meant for use with the "Response Function" hyperelastic model and will be ignored for the curve fit.</source>
            <translation type="unfinished">"Uniaxial Tension Test Data" is meant for use with the "Response Function" hyperelastic model and will be ignored for the curve fit.</translation>
        </message>
        <message>
            <source>{0} (Beta)</source>
            <translation>{0} (Beta)</translation>
        </message>
        <message>
            <source>{0} did not find any materials to write.</source>
            <translation>{0} did not find any materials to write.</translation>
        </message>
        <message>
            <source>{0} does not exist</source>
            <translation type="unfinished">{0} does not exist</translation>
        </message>
        <message>
            <source>{0} File</source>
            <translation>{0} File</translation>
        </message>
        <message>
            <source>{0} is not {1}.</source>
            <translation>{0} is not {1}.</translation>
        </message>
        <message>
            <source>{0} is not a supported engineering data item.</source>
            <translation>{0} is not a supported engineering data item.</translation>
        </message>
        <message>
            <source>{0} must be saved first.</source>
            <translation>{0} must be saved first.</translation>
        </message>
        <message>
            <source>{0} requires a material to be constructed from the MetaData information, it was not created.  
Please check EngineeringData.config in the installation for files that need to exist.</source>
            <translation>{0} requires a material to be constructed from the MetaData information, it was not created.  
Please check EngineeringData.config in the installation for files that need to exist.</translation>
        </message>
        <message>
            <source>{0} was unable to find a reader which supports the supplied data format.</source>
            <translation>{0} was unable to find a reader which supports the supplied data format.</translation>
        </message>
        <message>
            <source>{0} was unable to find a writer for the requested format: {1}</source>
            <translation>{0} was unable to find a writer for the requested format: {1}</translation>
        </message>
        <message>
            <source>A material with the name, {0}, already exists.</source>
            <translation>A material with the name, {0}, already exists.</translation>
        </message>
        <message>
            <source>An exception has occurred trying to load {0} from Assembly {1}.</source>
            <translation type="unfinished">An exception has occurred trying to load {0} from Assembly {1}.</translation>
        </message>
        <message>
            <source>BeamSections</source>
            <translation>BeamSections</translation>
        </message>
        <message>
            <source>Cannot initialize Engineering Data container</source>
            <translation>Cannot initialize Engineering Data container</translation>
        </message>
        <message>
            <source>Cannot refresh '{0}'. External Model Transfer File is not available: Please try update on '{1}'.</source>
            <translation type="unfinished">Cannot refresh '{0}'. External Model Transfer File is not available: Please try update on '{1}'.</translation>
        </message>
        <message>
            <source>Container not initialized.</source>
            <translation>Container not initialized.</translation>
        </message>
        <message>
            <source>Could not find DataReference for Material, {0}</source>
            <translation>Could not find DataReference for Material, {0}</translation>
        </message>
        <message>
            <source>Could not find DataReference for MaterialProperty, {0}</source>
            <translation>Could not find DataReference for MaterialProperty, {0}</translation>
        </message>
        <message>
            <source>Could not find the schematic container from the project.</source>
            <translation>Could not find the schematic container from the project.</translation>
        </message>
        <message>
            <source>Engineering Data</source>
            <translation>Engineering Data</translation>
        </message>
        <message>
            <source>Engineering Data has found an error in the project file.  The internal project identifier {0} was duplicated.   The materials should be reviewed for incorrect data.</source>
            <translation>Engineering Data has found an error in the project file.  The internal project identifier {0} was duplicated.   The materials should be reviewed for incorrect data.</translation>
        </message>
        <message>
            <source>Engineering Data has found an error in the project file.  The material property {0} was missing information.   The material {1} should be reviewed for incorrect data.</source>
            <translation>Engineering Data has found an error in the project file.  The material property {0} was missing information.   The material {1} should be reviewed for incorrect data.</translation>
        </message>
        <message>
            <source>External BeamSections</source>
            <translation>External BeamSections</translation>
        </message>
        <message>
            <source>External Loads</source>
            <translation>External Loads</translation>
        </message>
        <message>
            <source>External Materials</source>
            <translation>External Materials</translation>
        </message>
        <message>
            <source>Failed to create new material</source>
            <translation>Failed to create new material</translation>
        </message>
        <message>
            <source>Failed to create new material data object</source>
            <translation>Failed to create new material data object</translation>
        </message>
        <message>
            <source>Failed to create new property in {0}.</source>
            <translation>Failed to create new property in {0}.</translation>
        </message>
        <message>
            <source>Failed to delete material {0}.</source>
            <translation>Failed to delete material {0}.</translation>
        </message>
        <message>
            <source>Failed to find a row at index: {0}</source>
            <translation>Failed to find a row at index: {0}</translation>
        </message>
        <message>
            <source>Failed to find a row with specified query or row index: {0}</source>
            <translation>Failed to find a row with specified query or row index: {0}</translation>
        </message>
        <message>
            <source>Failed to find a variable for the requested query</source>
            <translation>Failed to find a variable for the requested query</translation>
        </message>
        <message>
            <source>Failed to find specified item {0} in contianer.</source>
            <translation>Failed to find specified item {0} in contianer.</translation>
        </message>
        <message>
            <source>Failed to import file: {0}</source>
            <translation type="unfinished">Failed to import file: {0}</translation>
        </message>
        <message>
            <source>Failed to include property {0}. Please check the MetaData information to see if it is available.</source>
            <translation>Failed to include property {0}. Please check the MetaData information to see if it is available.</translation>
        </message>
        <message>
            <source>Failed to restore property data {0}.</source>
            <translation>Failed to restore property data {0}.</translation>
        </message>
        <message>
            <source>Failed to undo deleted material data object</source>
            <translation>Failed to undo deleted material data object</translation>
        </message>
        <message>
            <source>Filter toolbox content for selection</source>
            <translation type="unfinished">Filter toolbox content for selection</translation>
        </message>
        <message>
            <source>In prior releases, the Reference Temperature for the Shift Function was missing the units.  A solution in Mechanical, will have the TOFFST command applied to the Reference Temperature giving incorrect results, therefore to force a review and update of the project, the Shift Function has been suppressed.  This is done for each instance in the project.  We apologize for this inconvenience.</source>
            <translation type="unfinished">In prior releases, the Reference Temperature for the Shift Function was missing the units.  A solution in Mechanical, will have the TOFFST command applied to the Reference Temperature giving incorrect results, therefore to force a review and update of the project, the Shift Function has been suppressed.  This is done for each instance in the project.  We apologize for this inconvenience.</translation>
        </message>
        <message>
            <source>In prior releases, the Transverse Shear values were missing the units.  A solution in Mechanical, in a unit system which would require the values to be converted, will be incorrect. It is not possible to determine if it was used correctly,  nor the intended units, therefore to force a review and update of the project, the Gasket Model has been suppressed.  This is done for each instance in the project.  We apologize for this inconvenience.</source>
            <translation type="unfinished">In prior releases, the Transverse Shear values were missing the units.  A solution in Mechanical, in a unit system which would require the values to be converted, will be incorrect. It is not possible to determine if it was used correctly,  nor the intended units, therefore to force a review and update of the project, the Gasket Model has been suppressed.  This is done for each instance in the project.  We apologize for this inconvenience.</translation>
        </message>
        <message>
            <source>In version 13, Anand Viscoplasticity incorrectly allowed the specification of units for the coefficient terms, because it is not possible to convert the data.  A solution in Mechanical, in a unit system which would cause the coefficients to be converted, is incorrect.  To force a review and update of the project, the Anand Viscoplasticity model has been suppressed.  We apologize for this inconvenience.</source>
            <translation type="unfinished">In version 13, Anand Viscoplasticity incorrectly allowed the specification of units for the coefficient terms, because it is not possible to convert the data.  A solution in Mechanical, in a unit system which would cause the coefficients to be converted, is incorrect.  To force a review and update of the project, the Anand Viscoplasticity model has been suppressed.  We apologize for this inconvenience.</translation>
        </message>
        <message>
            <source>Indices values can not have multiple values.</source>
            <translation>Indices values can not have multiple values.</translation>
        </message>
        <message>
            <source>Invalid column names</source>
            <translation type="unfinished">Invalid column names</translation>
        </message>
        <message>
            <source>Invalid Data Reference</source>
            <translation type="unfinished">Invalid Data Reference</translation>
        </message>
        <message>
            <source>Invalid indices argument</source>
            <translation>Invalid indices argument</translation>
        </message>
        <message>
            <source>Invalid MaterialPropertyData</source>
            <translation type="unfinished">Invalid MaterialPropertyData</translation>
        </message>
        <message>
            <source>Invalid property name string.  Value must be "Offset" or "Scale"</source>
            <translation>Invalid property name string.  Value must be "Offset" or "Scale"</translation>
        </message>
        <message>
            <source>Invalid quantity type [{0}] used with unit [{1}]</source>
            <translation type="unfinished">Invalid quantity type [{0}] used with unit [{1}]</translation>
        </message>
        <message>
            <source>Invalid variable name: {0}</source>
            <translation>Invalid variable name: {0}</translation>
        </message>
        <message>
            <source>Loads</source>
            <translation>Loads</translation>
        </message>
        <message>
            <source>LS-DYNA material models</source>
            <translation type="unfinished">LS-DYNA material models</translation>
        </message>
        <message>
            <source>Material is suppressed.</source>
            <translation>Material is suppressed.</translation>
        </message>
        <message>
            <source>Material not found in dictionary.</source>
            <translation>Material not found in dictionary.</translation>
        </message>
        <message>
            <source>Material not found. Name = {0}</source>
            <translation>Material not found. Name = {0}</translation>
        </message>
        <message>
            <source>Material Variable not found. Name = {0}</source>
            <translation>Material Variable not found. Name = {0}</translation>
        </message>
        <message>
            <source>MaterialProperty not found. Name = {0}</source>
            <translation>MaterialProperty not found. Name = {0}</translation>
        </message>
        <message>
            <source>MaterialPropertyData not found. Name = {0}</source>
            <translation>MaterialPropertyData not found. Name = {0}</translation>
        </message>
        <message>
            <source>Materials</source>
            <translation>Materials</translation>
        </message>
        <message>
            <source>Member name {0} does not exist</source>
            <translation type="unfinished">Member name {0} does not exist</translation>
        </message>
        <message>
            <source>Model {0} already exists</source>
            <translation type="unfinished">Model {0} already exists</translation>
        </message>
        <message>
            <source>No object member data was found to delete property data for handler: {0}</source>
            <translation>No object member data was found to delete property data for handler: {0}</translation>
        </message>
        <message>
            <source>No property data exists in property.</source>
            <translation>No property data exists in property.</translation>
        </message>
        <message>
            <source>No row is specified or failed to find specified row.</source>
            <translation>No row is specified or failed to find specified row.</translation>
        </message>
        <message>
            <source>Number of Materials</source>
            <translation>Number of Materials</translation>
        </message>
        <message>
            <source>Offset</source>
            <translation type="unfinished">Offset</translation>
        </message>
        <message>
            <source>Only {0} occurances of "{1}" are allowed.</source>
            <translation type="obsolete">Only {0} occurances of "{1}" are allowed.</translation>
        </message>
        <message>
            <source>Only {0} occurrences of "{1}" are allowed.</source>
            <translation>Only {0} occurrences of "{1}" are allowed.</translation>
        </message>
        <message>
            <source>Only the last property data in the sequence can be deleted.</source>
            <translation>Only the last property data in the sequence can be deleted.</translation>
        </message>
        <message>
            <source>Parameter {0} is Null.</source>
            <translation>Parameter {0} is Null.</translation>
        </message>
        <message>
            <source>Property {0} must have at least {1} {2}.</source>
            <translation>Property {0} must have at least {1} {2}.</translation>
        </message>
        <message>
            <source>Property ID not found in property dictionary.</source>
            <translation>Property ID not found in property dictionary.</translation>
        </message>
        <message>
            <source>PropertyData ID not found in propertyData dictionary.</source>
            <translation>PropertyData ID not found in propertyData dictionary.</translation>
        </message>
        <message>
            <source>Scale</source>
            <translation type="unfinished">Scale</translation>
        </message>
        <message>
            <source>The "{0}" property for "{1}" is not paramterized.</source>
            <translation>The "{0}" property for "{1}" is not paramterized.</translation>
        </message>
        <message>
            <source>The current OS is not supported!</source>
            <translation>The current OS is not supported!</translation>
        </message>
        <message>
            <source>The material data object was not found.</source>
            <translation>The material data object was not found.</translation>
        </message>
        <message>
            <source>The material name cannot be empty.</source>
            <translation type="unfinished">The material name cannot be empty.</translation>
        </message>
        <message>
            <source>The material name cannot contain the {0} character.</source>
            <translation type="unfinished">The material name cannot contain the {0} character.</translation>
        </message>
        <message>
            <source>The preference to unset the default material assignment has caused the default fluid/field material to be unset on Component ID: {0}.</source>
            <translation type="unfinished">The preference to unset the default material assignment has caused the default fluid/field material to be unset on Component ID: {0}.</translation>
        </message>
        <message>
            <source>The preference to unset the default material assignment has caused the default solid material to be unset on Component ID: {0}.</source>
            <translation type="unfinished">The preference to unset the default material assignment has caused the default solid material to be unset on Component ID: {0}.</translation>
        </message>
        <message>
            <source>The property {0}, already exists.</source>
            <translation>The property {0}, already exists.</translation>
        </message>
        <message>
            <source>The provided query parameter is not valid</source>
            <translation>The provided query parameter is not valid</translation>
        </message>
        <message>
            <source>The requested data is not supported.</source>
            <translation type="unfinished">The requested data is not supported.</translation>
        </message>
        <message>
            <source>Unable to create the data provider, because the MaterialPropertyData reference is not valid.</source>
            <translation type="unfinished">Unable to create the data provider, because the MaterialPropertyData reference is not valid.</translation>
        </message>
        <message>
            <source>Unable to create the material property data, because the MaterialProperty reference is not valid.</source>
            <translation>Unable to create the material property data, because the MaterialProperty reference is not valid.</translation>
        </message>
        <message>
            <source>Unable to create the variable, because the PropertyData reference is not valid.</source>
            <translation>Unable to create the variable, because the PropertyData reference is not valid.</translation>
        </message>
        <message>
            <source>Unable to find units</source>
            <translation type="unfinished">Unable to find units</translation>
        </message>
        <message>
            <source>Unable to load the appropriate component to create a chart.</source>
            <translation>Unable to load the appropriate component to create a chart.</translation>
        </message>
        <message>
            <source>Unable to Parse</source>
            <translation type="unfinished">Unable to Parse</translation>
        </message>
        <message>
            <source>Unit must be in a pair of []</source>
            <translation>Unit must be in a pair of []</translation>
        </message>
        <message>
            <source>Unmatched [] pair for "{0}"</source>
            <translation>Unmatched [] pair for "{0}"</translation>
        </message>
        <message>
            <source>Unset the default material when materials are imported with geometry.</source>
            <translation type="unfinished">Unset the default material when materials are imported with geometry.</translation>
        </message>
        <message>
            <source>Variable ID not found in variable dictionary.</source>
            <translation>Variable ID not found in variable dictionary.</translation>
        </message>
        <message>
            <source>Writer failed to write format: {0}</source>
            <translation>Writer failed to write format: {0}</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.GUI</name>
        <message>
            <source>"{1}" is not a valid {0}.</source>
            <translation type="unfinished">"{1}" is not a valid {0}.</translation>
        </message>
        <message>
            <source>{0} (Beta)</source>
            <translation type="obsolete">{0} (Beta)</translation>
        </message>
        <message>
            <source>{0} (User Field)</source>
            <translation type="unfinished">{0} (User Field)</translation>
        </message>
        <message>
            <source>{0} cannot be empty.</source>
            <translation type="unfinished">{0} cannot be empty.</translation>
        </message>
        <message>
            <source>{0} is not a valid selection.</source>
            <translation type="unfinished">{0} is not a valid selection.</translation>
        </message>
        <message>
            <source>{0} must be unique.</source>
            <translation type="unfinished">{0} must be unique.</translation>
        </message>
        <message>
            <source>{0} was not found. Do you want to remove it from the list?</source>
            <translation>{0} was not found. Do you want to remove it from the list?</translation>
        </message>
        <message>
            <source>{0} was unable to find a reader which supports the supplied data format.</source>
            <translation>{0} was unable to find a reader which supports the supplied data format.</translation>
        </message>
        <message>
            <source>A refresh is required to match the source:
"{0}"
</source>
            <translation>A refresh is required to match the source:
"{0}"
</translation>
        </message>
        <message>
            <source>Absolute Error</source>
            <translation>Absolute Error</translation>
        </message>
        <message>
            <source>Add</source>
            <translation>Add</translation>
        </message>
        <message>
            <source>Add an existing data source from file</source>
            <translation>Add an existing data source from file</translation>
        </message>
        <message>
            <source>Add Library</source>
            <translation>Add Library</translation>
        </message>
        <message>
            <source>Add Material To Project</source>
            <translation>Add Material To Project</translation>
        </message>
        <message>
            <source>Add this experimental data, to include it in the curve fitting.</source>
            <translation>Add this experimental data, to include it in the curve fitting.</translation>
        </message>
        <message>
            <source>Add this experimental data, to include it in the response.</source>
            <translation>Add this experimental data, to include it in the response.</translation>
        </message>
        <message>
            <source>Add to {0}: {1}</source>
            <translation>Add to {0}: {1}</translation>
        </message>
        <message>
            <source>Add to Favorites</source>
            <translation>Add to Favorites</translation>
        </message>
        <message>
            <source>Add To Outline</source>
            <translation>Add To Outline</translation>
        </message>
        <message>
            <source>Additional Tabular Data</source>
            <translation>Additional Tabular Data</translation>
        </message>
        <message>
            <source>Algorithm Type</source>
            <translation type="unfinished">Algorithm Type</translation>
        </message>
        <message>
            <source>AlgorithmType</source>
            <translation type="unfinished">AlgorithmType</translation>
        </message>
        <message>
            <source>All {0} values must be unique.</source>
            <translation type="unfinished">All {0} values must be unique.</translation>
        </message>
        <message>
            <source>All Content</source>
            <translation>All Content</translation>
        </message>
        <message>
            <source>All Files</source>
            <translation>All Files</translation>
        </message>
        <message>
            <source>ANSYS Workbench</source>
            <translation>ANSYS Workbench</translation>
        </message>
        <message>
            <source>At least one column in the table must be marked for import.</source>
            <translation type="unfinished">At least one column in the table must be marked for import.</translation>
        </message>
        <message>
            <source>Auto Detect</source>
            <translation type="unfinished">Auto Detect</translation>
        </message>
        <message>
            <source>Automatically set controls based on the file format.</source>
            <translation type="unfinished">Automatically set controls based on the file format.</translation>
        </message>
        <message>
            <source>BETA</source>
            <translation type="unfinished">BETA</translation>
        </message>
        <message>
            <source>Blank Material</source>
            <translation>Blank Material</translation>
        </message>
        <message>
            <source>Break Link to Source</source>
            <translation>Break Link to Source</translation>
        </message>
        <message>
            <source>Browse</source>
            <translation type="unfinished">Browse</translation>
        </message>
        <message>
            <source>Cache</source>
            <translation type="unfinished">Cache</translation>
        </message>
        <message>
            <source>Cached</source>
            <translation type="unfinished">Cached</translation>
        </message>
        <message>
            <source>CAD materials in this file came from Model: </source>
            <translation>CAD materials in this file came from Model: </translation>
        </message>
        <message>
            <source>Calculated Unit</source>
            <translation>Calculated Unit</translation>
        </message>
        <message>
            <source>Calculated Value</source>
            <translation>Calculated Value</translation>
        </message>
        <message>
            <source>Cannot add to project while a library is in edit mode.</source>
            <translation>Cannot add to project while a library is in edit mode.</translation>
        </message>
        <message>
            <source>Cell cannot be empty.</source>
            <translation type="unfinished">Cell cannot be empty.</translation>
        </message>
        <message>
            <source>Chart</source>
            <translation type="unfinished">Chart</translation>
        </message>
        <message>
            <source>Charts</source>
            <translation type="unfinished">Charts</translation>
        </message>
        <message>
            <source>Click here to add a new library</source>
            <translation>Click here to add a new library</translation>
        </message>
        <message>
            <source>Click here to add a new material</source>
            <translation>Click here to add a new material</translation>
        </message>
        <message>
            <source>Click icon to add an existing library</source>
            <translation>Click icon to add an existing library</translation>
        </message>
        <message>
            <source>Coefficient</source>
            <translation type="unfinished">Coefficient</translation>
        </message>
        <message>
            <source>Complete edit of library</source>
            <translation>Complete edit of library</translation>
        </message>
        <message>
            <source>Confirm</source>
            <translation>Confirm</translation>
        </message>
        <message>
            <source>Consolidate</source>
            <translation type="unfinished">Consolidate</translation>
        </message>
        <message>
            <source>Constant D</source>
            <translation type="unfinished">Constant D</translation>
        </message>
        <message>
            <source>Contents filtered for {1}.</source>
            <translation>Contents filtered for {1}.</translation>
        </message>
        <message>
            <source>Contents for {1}.</source>
            <translation>Contents for {1}.</translation>
        </message>
        <message>
            <source>Contents of </source>
            <translation>Contents of </translation>
        </message>
        <message>
            <source>Contents of {0} in System {1}.</source>
            <translation>Contents of {0} in System {1}.</translation>
        </message>
        <message>
            <source>Coordinate X</source>
            <translation type="unfinished">Coordinate X</translation>
        </message>
        <message>
            <source>Coordinate Y</source>
            <translation type="unfinished">Coordinate Y</translation>
        </message>
        <message>
            <source>Coordinate Z</source>
            <translation type="unfinished">Coordinate Z</translation>
        </message>
        <message>
            <source>Copy Calculated Values To Property</source>
            <translation>Copy Calculated Values To Property</translation>
        </message>
        <message>
            <source>Create Curve Fitting</source>
            <translation>Create Curve Fitting</translation>
        </message>
        <message>
            <source>Create Custom Model</source>
            <translation type="unfinished">Create Custom Model</translation>
        </message>
        <message>
            <source>Create Custom Model ...</source>
            <translation type="unfinished">Create Custom Model ...</translation>
        </message>
        <message>
            <source>Create Data Set</source>
            <translation>Create Data Set</translation>
        </message>
        <message>
            <source>Create Field Variable</source>
            <translation type="unfinished">Create Field Variable</translation>
        </message>
        <message>
            <source>Create Field Variable ...</source>
            <translation type="unfinished">Create Field Variable ...</translation>
        </message>
        <message>
            <source>Create or access library of {0}</source>
            <translation>Create or access library of {0}</translation>
        </message>
        <message>
            <source>Curve Fitting</source>
            <translation>Curve Fitting</translation>
        </message>
        <message>
            <source>Data</source>
            <translation type="unfinished">Data</translation>
        </message>
        <message>
            <source>Data Source</source>
            <translation>Data Source</translation>
        </message>
        <message>
            <source>Data Starts at Line</source>
            <translation type="unfinished">Data Starts at Line</translation>
        </message>
        <message>
            <source>Default</source>
            <translation>Default</translation>
        </message>
        <message>
            <source>Default Fluid/Field Material</source>
            <translation>Default Fluid/Field Material</translation>
        </message>
        <message>
            <source>Default Fluid/Field Material For Model</source>
            <translation>Default Fluid/Field Material For Model</translation>
        </message>
        <message>
            <source>Default item for new systems</source>
            <translation>Default item for new systems</translation>
        </message>
        <message>
            <source>Default Solid Material</source>
            <translation>Default Solid Material</translation>
        </message>
        <message>
            <source>Default Solid Material For Model</source>
            <translation>Default Solid Material For Model</translation>
        </message>
        <message>
            <source>Default Value</source>
            <translation type="unfinished">Default Value</translation>
        </message>
        <message>
            <source>Definition</source>
            <translation type="unfinished">Definition</translation>
        </message>
        <message>
            <source>Degradation Factor</source>
            <translation type="unfinished">Degradation Factor</translation>
        </message>
        <message>
            <source>Delete</source>
            <translation>Delete</translation>
        </message>
        <message>
            <source>Delete Curve Fitting</source>
            <translation>Delete Curve Fitting</translation>
        </message>
        <message>
            <source>Delete Data Set</source>
            <translation>Delete Data Set</translation>
        </message>
        <message>
            <source>Delete Material</source>
            <translation>Delete Material</translation>
        </message>
        <message>
            <source>Delete Material Property</source>
            <translation>Delete Material Property</translation>
        </message>
        <message>
            <source>Delete Row</source>
            <translation type="unfinished">Delete Row</translation>
        </message>
        <message>
            <source>Delimited Data Import</source>
            <translation type="unfinished">Delimited Data Import</translation>
        </message>
        <message>
            <source>Delimited Text</source>
            <translation type="unfinished">Delimited Text</translation>
        </message>
        <message>
            <source>Delimiter Type</source>
            <translation type="unfinished">Delimiter Type</translation>
        </message>
        <message>
            <source>dependent</source>
            <translation>dependent</translation>
        </message>
        <message>
            <source>Description</source>
            <translation>Description</translation>
        </message>
        <message>
            <source>Dilatancy Angle </source>
            <translation type="unfinished">Dilatancy Angle </translation>
        </message>
        <message>
            <source>Displacement X</source>
            <translation type="unfinished">Displacement X</translation>
        </message>
        <message>
            <source>Displacement Y</source>
            <translation type="unfinished">Displacement Y</translation>
        </message>
        <message>
            <source>Displacement Z</source>
            <translation type="unfinished">Displacement Z</translation>
        </message>
        <message>
            <source>Display Validation Failure</source>
            <translation>Display Validation Failure</translation>
        </message>
        <message>
            <source>Drucker-Prager - Additional Data</source>
            <translation type="unfinished">Drucker-Prager - Additional Data</translation>
        </message>
        <message>
            <source>Duplicate</source>
            <translation>Duplicate</translation>
        </message>
        <message>
            <source>Duplicate Material</source>
            <translation>Duplicate Material</translation>
        </message>
        <message>
            <source>Edit</source>
            <translation type="unfinished">Edit</translation>
        </message>
        <message>
            <source>Edit ...</source>
            <translation type="unfinished">Edit ...</translation>
        </message>
        <message>
            <source>Edit Custom Model</source>
            <translation type="unfinished">Edit Custom Model</translation>
        </message>
        <message>
            <source>Edit Custom Model ...</source>
            <translation type="unfinished">Edit Custom Model ...</translation>
        </message>
        <message>
            <source>Edit Library</source>
            <translation>Edit Library</translation>
        </message>
        <message>
            <source>Edit...</source>
            <translation>Edit...</translation>
        </message>
        <message>
            <source>Engineering Data</source>
            <translation>Engineering Data</translation>
        </message>
        <message>
            <source>Engineering Data Sources</source>
            <translation>Engineering Data Sources</translation>
        </message>
        <message>
            <source>Error</source>
            <translation>Error</translation>
        </message>
        <message>
            <source>Error Norm for Fit</source>
            <translation>Error Norm for Fit</translation>
        </message>
        <message>
            <source>Export Engineering Data ...</source>
            <translation>Export Engineering Data ...</translation>
        </message>
        <message>
            <source>Favorites</source>
            <translation>Favorites</translation>
        </message>
        <message>
            <source>Field Variable _FVDegradationFactor</source>
            <translation type="unfinished">Field Variable _FVDegradationFactor</translation>
        </message>
        <message>
            <source>Field Variable _FVShearAngle</source>
            <translation type="unfinished">Field Variable _FVShearAngle</translation>
        </message>
        <message>
            <source>Field Variable Compatible</source>
            <translation type="unfinished">Field Variable Compatible</translation>
        </message>
        <message>
            <source>Field Variable Default Values</source>
            <translation type="unfinished">Field Variable Default Values</translation>
        </message>
        <message>
            <source>Field Variable Temperature</source>
            <translation type="unfinished">Field Variable Temperature</translation>
        </message>
        <message>
            <source>Field variable with given name already exists</source>
            <translation type="unfinished">Field variable with given name already exists</translation>
        </message>
        <message>
            <source>File</source>
            <translation type="unfinished">File</translation>
        </message>
        <message>
            <source>File Format</source>
            <translation type="unfinished">File Format</translation>
        </message>
        <message>
            <source>Filter Engineering Data</source>
            <translation type="unfinished">Filter Engineering Data</translation>
        </message>
        <message>
            <source>Filter Engineering Data for Physics, Analysis and Solver</source>
            <translation type="unfinished">Filter Engineering Data for Physics, Analysis and Solver</translation>
        </message>
        <message>
            <source>FilterEngineeringData</source>
            <translation type="obsolete">FilterEngineeringData</translation>
        </message>
        <message>
            <source>Fit Type</source>
            <translation>Fit Type</translation>
        </message>
        <message>
            <source>Fix Seed Value</source>
            <translation>Fix Seed Value</translation>
        </message>
        <message>
            <source>From File...</source>
            <translation>From File...</translation>
        </message>
        <message>
            <source>From WebService...</source>
            <translation>From WebService...</translation>
        </message>
        <message>
            <source>Full File</source>
            <translation type="unfinished">Full File</translation>
        </message>
        <message>
            <source>Gasket - Additional Data</source>
            <translation>Gasket - Additional Data</translation>
        </message>
        <message>
            <source>Gurson - Additional Data</source>
            <translation type="unfinished">Gurson - Additional Data</translation>
        </message>
        <message>
            <source>Import Delimited Data  ...</source>
            <translation type="unfinished">Import Delimited Data  ...</translation>
        </message>
        <message>
            <source>Import Engineering Data ...</source>
            <translation>Import Engineering Data ...</translation>
        </message>
        <message>
            <source>Import File</source>
            <translation type="unfinished">Import File</translation>
        </message>
        <message>
            <source>Import file does not exist</source>
            <translation type="unfinished">Import file does not exist</translation>
        </message>
        <message>
            <source>Import From DataProvider Slot 1</source>
            <translation>Import From DataProvider Slot 1</translation>
        </message>
        <message>
            <source>Import From DataProvider Slot 2</source>
            <translation>Import From DataProvider Slot 2</translation>
        </message>
        <message>
            <source>Import From DataProvider Slot 3</source>
            <translation>Import From DataProvider Slot 3</translation>
        </message>
        <message>
            <source>Include Custom Model</source>
            <translation type="unfinished">Include Custom Model</translation>
        </message>
        <message>
            <source>Include Field Variable</source>
            <translation type="unfinished">Include Field Variable</translation>
        </message>
        <message>
            <source>Include Item</source>
            <translation type="unfinished">Include Item</translation>
        </message>
        <message>
            <source>Include Property</source>
            <translation>Include Property</translation>
        </message>
        <message>
            <source>Include Property Data</source>
            <translation type="obsolete">Include Property Data</translation>
        </message>
        <message>
            <source>Include Property Group</source>
            <translation>Include Property Group</translation>
        </message>
        <message>
            <source>Independent</source>
            <translation type="unfinished">Independent</translation>
        </message>
        <message>
            <source>Index</source>
            <translation type="unfinished">Index</translation>
        </message>
        <message>
            <source>Indexes</source>
            <translation type="unfinished">Indexes</translation>
        </message>
        <message>
            <source>Initial State</source>
            <translation type="unfinished">Initial State</translation>
        </message>
        <message>
            <source>Interpolation Options</source>
            <translation type="unfinished">Interpolation Options</translation>
        </message>
        <message>
            <source>Invalid entry. Lower limit must be less than the upper limit.</source>
            <translation type="unfinished">Invalid entry. Lower limit must be less than the upper limit.</translation>
        </message>
        <message>
            <source>Invalid entry. Upper limit must be greater than the lower limit.</source>
            <translation type="unfinished">Invalid entry. Upper limit must be greater than the lower limit.</translation>
        </message>
        <message>
            <source>Invalid Material</source>
            <translation>Invalid Material</translation>
        </message>
        <message>
            <source>Invalid Name.
Custom model {0} already exists.</source>
            <translation type="unfinished">Invalid Name.
Custom model {0} already exists.</translation>
        </message>
        <message>
            <source>Invalid Operation</source>
            <translation>Invalid Operation</translation>
        </message>
        <message>
            <source>Invalid row index {0}</source>
            <translation>Invalid row index {0}</translation>
        </message>
        <message>
            <source>Invalid selection.</source>
            <translation type="unfinished">Invalid selection.</translation>
        </message>
        <message>
            <source>Invalid value.</source>
            <translation type="unfinished">Invalid value.</translation>
        </message>
        <message>
            <source>Jointed Rock - Additional Data</source>
            <translation type="unfinished">Jointed Rock - Additional Data</translation>
        </message>
        <message>
            <source>Libary {0} does not exist. Do you want to remove it from the library list?</source>
            <translation>Libary {0} does not exist. Do you want to remove it from the library list?</translation>
        </message>
        <message>
            <source>Library already exists</source>
            <translation>Library already exists</translation>
        </message>
        <message>
            <source>Linear Multivariate</source>
            <translation type="unfinished">Linear Multivariate</translation>
        </message>
        <message>
            <source>Localized Name</source>
            <translation type="unfinished">Localized Name</translation>
        </message>
        <message>
            <source>Location</source>
            <translation>Location</translation>
        </message>
        <message>
            <source>Material</source>
            <translation type="unfinished">Material</translation>
        </message>
        <message>
            <source>Material Constant C1</source>
            <translation>Material Constant C1</translation>
        </message>
        <message>
            <source>Material Constant C2</source>
            <translation>Material Constant C2</translation>
        </message>
        <message>
            <source>Material Constant C3</source>
            <translation>Material Constant C3</translation>
        </message>
        <message>
            <source>Material Constant C4</source>
            <translation>Material Constant C4</translation>
        </message>
        <message>
            <source>Material Constant C5</source>
            <translation>Material Constant C5</translation>
        </message>
        <message>
            <source>Material Constant γ1</source>
            <translation>Material Constant γ1</translation>
        </message>
        <message>
            <source>Material Constant γ2</source>
            <translation>Material Constant γ2</translation>
        </message>
        <message>
            <source>Material Constant γ3</source>
            <translation>Material Constant γ3</translation>
        </message>
        <message>
            <source>Material Constant γ4</source>
            <translation>Material Constant γ4</translation>
        </message>
        <message>
            <source>Material Constant γ5</source>
            <translation>Material Constant γ5</translation>
        </message>
        <message>
            <source>Material Field Variables</source>
            <translation type="unfinished">Material Field Variables</translation>
        </message>
        <message>
            <source>Material not found in dictionary</source>
            <translation>Material not found in dictionary</translation>
        </message>
        <message>
            <source>Materials</source>
            <translation>Materials</translation>
        </message>
        <message>
            <source>Menetrey-Willam - Additional Data</source>
            <translation type="unfinished">Menetrey-Willam - Additional Data</translation>
        </message>
        <message>
            <source>Model</source>
            <translation type="unfinished">Model</translation>
        </message>
        <message>
            <source>Model must contain at least one variable</source>
            <translation type="unfinished">Model must contain at least one variable</translation>
        </message>
        <message>
            <source>Modifications may have been made to this library.  Do you want to save it?</source>
            <translation>Modifications may have been made to this library.  Do you want to save it?</translation>
        </message>
        <message>
            <source>Mohr-Coulomb - Additional Data</source>
            <translation type="unfinished">Mohr-Coulomb - Additional Data</translation>
        </message>
        <message>
            <source>Name</source>
            <translation>Name</translation>
        </message>
        <message>
            <source>Nearest Neighbor</source>
            <translation type="unfinished">Nearest Neighbor</translation>
        </message>
        <message>
            <source>New Library</source>
            <translation>New Library</translation>
        </message>
        <message>
            <source>No validation message available.</source>
            <translation>No validation message available.</translation>
        </message>
        <message>
            <source>Normalize</source>
            <translation type="unfinished">Normalize</translation>
        </message>
        <message>
            <source>Normalized</source>
            <translation type="unfinished">Normalized</translation>
        </message>
        <message>
            <source>Normalized Error</source>
            <translation>Normalized Error</translation>
        </message>
        <message>
            <source>Not Found</source>
            <translation>Not Found</translation>
        </message>
        <message>
            <source>Not parameterized</source>
            <translation>Not parameterized</translation>
        </message>
        <message>
            <source>Not Saved</source>
            <translation>Not Saved</translation>
        </message>
        <message>
            <source>Not used in {0}: {1}</source>
            <translation>Not used in {0}: {1}</translation>
        </message>
        <message>
            <source>Offset</source>
            <translation>Offset</translation>
        </message>
        <message>
            <source>Options Variable</source>
            <translation type="unfinished">Options Variable</translation>
        </message>
        <message>
            <source>Outline Filter</source>
            <translation type="obsolete">Outline Filter</translation>
        </message>
        <message>
            <source>Outline Row {0}:</source>
            <translation>Outline Row {0}:</translation>
        </message>
        <message>
            <source>Parameterize</source>
            <translation>Parameterize</translation>
        </message>
        <message>
            <source>Parameterized</source>
            <translation>Parameterized</translation>
        </message>
        <message>
            <source>Preview</source>
            <translation type="unfinished">Preview</translation>
        </message>
        <message>
            <source>Program Controlled</source>
            <translation type="unfinished">Program Controlled</translation>
        </message>
        <message>
            <source>Properties Row {0}: {1}</source>
            <translation>Properties Row {0}: {1}</translation>
        </message>
        <message>
            <source>Property</source>
            <translation>Property</translation>
        </message>
        <message>
            <source>Property should have at lease one Data Set</source>
            <translation>Property should have at lease one Data Set</translation>
        </message>
        <message>
            <source>Quantity Type</source>
            <translation type="unfinished">Quantity Type</translation>
        </message>
        <message>
            <source>Quantized</source>
            <translation type="unfinished">Quantized</translation>
        </message>
        <message>
            <source>Quick access list and default items</source>
            <translation>Quick access list and default items</translation>
        </message>
        <message>
            <source>Radial Basis</source>
            <translation type="unfinished">Radial Basis</translation>
        </message>
        <message>
            <source>Refresh From Linked Source</source>
            <translation>Refresh From Linked Source</translation>
        </message>
        <message>
            <source>Remove from {0}</source>
            <translation>Remove from {0}</translation>
        </message>
        <message>
            <source>Remove from List</source>
            <translation>Remove from List</translation>
        </message>
        <message>
            <source>Remove Parameterization</source>
            <translation>Remove Parameterization</translation>
        </message>
        <message>
            <source>Residual</source>
            <translation>Residual</translation>
        </message>
        <message>
            <source>Save</source>
            <translation>Save</translation>
        </message>
        <message>
            <source>Save {0}</source>
            <translation>Save {0}</translation>
        </message>
        <message>
            <source>Save {0} As...</source>
            <translation>Save {0} As...</translation>
        </message>
        <message>
            <source>Save as</source>
            <translation>Save as</translation>
        </message>
        <message>
            <source>Save Materials</source>
            <translation>Save Materials</translation>
        </message>
        <message>
            <source>Scale</source>
            <translation>Scale</translation>
        </message>
        <message>
            <source>Schematic {0}: {1}</source>
            <translation>Schematic {0}: {1}</translation>
        </message>
        <message>
            <source>Seed Unit</source>
            <translation>Seed Unit</translation>
        </message>
        <message>
            <source>Seed Value</source>
            <translation>Seed Value</translation>
        </message>
        <message>
            <source>Select the delimiter that separates individual values in the import file.</source>
            <translation type="unfinished">Select the delimiter that separates individual values in the import file.</translation>
        </message>
        <message>
            <source>Set as Default</source>
            <translation>Set as Default</translation>
        </message>
        <message>
            <source>Set As Default</source>
            <translation>Set As Default</translation>
        </message>
        <message>
            <source>Set as the default material for new systems</source>
            <translation>Set as the default material for new systems</translation>
        </message>
        <message>
            <source>Set as the default material for the model</source>
            <translation>Set as the default material for the model</translation>
        </message>
        <message>
            <source>Shear Angle</source>
            <translation type="unfinished">Shear Angle</translation>
        </message>
        <message>
            <source>Shift Function - Additional Data</source>
            <translation type="unfinished">Shift Function - Additional Data</translation>
        </message>
        <message>
            <source>Show</source>
            <translation type="unfinished">Show</translation>
        </message>
        <message>
            <source>Solve Curve Fit</source>
            <translation>Solve Curve Fit</translation>
        </message>
        <message>
            <source>Solver</source>
            <translation>Solver</translation>
        </message>
        <message>
            <source>Source</source>
            <translation>Source</translation>
        </message>
        <message>
            <source>Specified text was not recognized as a valid {0}.
{1}</source>
            <translation type="unfinished">Specified text was not recognized as a valid {0}.
{1}</translation>
        </message>
        <message>
            <source>Specify the line in the import file to start reading data (numeric values).  The file begins at line "1".</source>
            <translation type="unfinished">Specify the line in the import file to start reading data (numeric values).  The file begins at line "1".</translation>
        </message>
        <message>
            <source>SQRT(Bulk Modulus(i))</source>
            <translation type="unfinished">SQRT(Bulk Modulus(i))</translation>
        </message>
        <message>
            <source>SQRT(Shear Modulus(i))</source>
            <translation type="unfinished">SQRT(Shear Modulus(i))</translation>
        </message>
        <message>
            <source>STATE</source>
            <translation type="unfinished">STATE</translation>
        </message>
        <message>
            <source>State Variable</source>
            <translation type="unfinished">State Variable</translation>
        </message>
        <message>
            <source>Stress Amplitude</source>
            <translation type="unfinished">Stress Amplitude</translation>
        </message>
        <message>
            <source>Suppress</source>
            <translation>Suppress</translation>
        </message>
        <message>
            <source>Suppression</source>
            <translation>Suppression</translation>
        </message>
        <message>
            <source>Symbol</source>
            <translation type="unfinished">Symbol</translation>
        </message>
        <message>
            <source>System</source>
            <translation>System</translation>
        </message>
        <message>
            <source>Table has one or more invalid entries ({0})</source>
            <translation type="unfinished">Table has one or more invalid entries ({0})</translation>
        </message>
        <message>
            <source>Tabular</source>
            <translation>Tabular</translation>
        </message>
        <message>
            <source>The cell value must be positive.</source>
            <translation type="unfinished">The cell value must be positive.</translation>
        </message>
        <message>
            <source>The data matches the source:
"{0}"</source>
            <translation>The data matches the source:
"{0}"</translation>
        </message>
        <message>
            <source>The name, {0}, is reserved. Please use a different name.</source>
            <translation type="unfinished">The name, {0}, is reserved. Please use a different name.</translation>
        </message>
        <message>
            <source>The name, {0}, is too long, at most 28 characters (not including spaces) is allowed.</source>
            <translation type="unfinished">The name, {0}, is too long, at most 28 characters (not including spaces) is allowed.</translation>
        </message>
        <message>
            <source>The value entered for the "Data Starts at Line" property must be a positive integer.</source>
            <translation type="unfinished">The value entered for the "Data Starts at Line" property must be a positive integer.</translation>
        </message>
        <message>
            <source>The value shown in cell ({0}:{1}) is invalid.</source>
            <translation type="unfinished">The value shown in cell ({0}:{1}) is invalid.</translation>
        </message>
        <message>
            <source>This action will discard any unsaved changes. Do you want to continue to refresh from the linked source?</source>
            <translation>This action will discard any unsaved changes. Do you want to continue to refresh from the linked source?</translation>
        </message>
        <message>
            <source>Unable to access the source:
"{0}"</source>
            <translation>Unable to access the source:
"{0}"</translation>
        </message>
        <message>
            <source>Unable to add the following items to {0}. Please save them first.
 {1}</source>
            <translation>Unable to add the following items to {0}. Please save them first.
 {1}</translation>
        </message>
        <message>
            <source>Unable to add this item to {0}. Please save it first.</source>
            <translation>Unable to add this item to {0}. Please save it first.</translation>
        </message>
        <message>
            <source>Unable to read file: {0}</source>
            <translation type="unfinished">Unable to read file: {0}</translation>
        </message>
        <message>
            <source>Unable to set as default item.</source>
            <translation>Unable to set as default item.</translation>
        </message>
        <message>
            <source>Undefined</source>
            <translation>Undefined</translation>
        </message>
        <message>
            <source>Uniaxial Plastic Strain - Additional Test Data</source>
            <translation type="unfinished">Uniaxial Plastic Strain - Additional Test Data</translation>
        </message>
        <message>
            <source>Unit</source>
            <translation>Unit</translation>
        </message>
        <message>
            <source>Units</source>
            <translation type="unfinished">Units</translation>
        </message>
        <message>
            <source>Unsuppress</source>
            <translation>Unsuppress</translation>
        </message>
        <message>
            <source>Upstream data has been modified since it was last read.  Would you like to read the upstream data?</source>
            <translation>Upstream data has been modified since it was last read.  Would you like to read the upstream data?</translation>
        </message>
        <message>
            <source>Used in {0}: {1}</source>
            <translation>Used in {0}: {1}</translation>
        </message>
        <message>
            <source>Value</source>
            <translation>Value</translation>
        </message>
        <message>
            <source>Value must be a valid delimiter type</source>
            <translation type="unfinished">Value must be a valid delimiter type</translation>
        </message>
        <message>
            <source>Value must be positive</source>
            <translation type="unfinished">Value must be positive</translation>
        </message>
        <message>
            <source>Variable</source>
            <translation type="unfinished">Variable</translation>
        </message>
        <message>
            <source>Variable Name</source>
            <translation type="unfinished">Variable Name</translation>
        </message>
        <message>
            <source>Variable names</source>
            <translation type="unfinished">Variable names</translation>
        </message>
        <message>
            <source>Verify that the setting for "Data Starts at Line" is correct, if so unselect column for import (data cannot be imported as is).</source>
            <translation type="unfinished">Verify that the setting for "Data Starts at Line" is correct, if so unselect column for import (data cannot be imported as is).</translation>
        </message>
        <message>
            <source>View Linked Source</source>
            <translation>View Linked Source</translation>
        </message>
        <message>
            <source>View the entire import file.</source>
            <translation type="unfinished">View the entire import file.</translation>
        </message>
        <message>
            <source>View the first 50 lines of the import file.</source>
            <translation type="unfinished">View the first 50 lines of the import file.</translation>
        </message>
        <message>
            <source>Viscoelastic - Additional Test Data</source>
            <translation type="unfinished">Viscoelastic - Additional Test Data</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.Validation</name>
        <message>
            <source>{0} contains constant variables with more than one value.</source>
            <translation type="unfinished">{0} contains constant variables with more than one value.</translation>
        </message>
        <message>
            <source>{0} does not have the same temperature values as other strength limits properties.</source>
            <translation type="unfinished">{0} does not have the same temperature values as other strength limits properties.</translation>
        </message>
        <message>
            <source>{0} exceeds the maximum of {1} entries.</source>
            <translation>{0} exceeds the maximum of {1} entries.</translation>
        </message>
        <message>
            <source>{0} has a zero value and {1} must have a corresponding zero value.</source>
            <translation>{0} has a zero value and {1} must have a corresponding zero value.</translation>
        </message>
        <message>
            <source>{0} has an invalid slope.  The slope of all segments of the curve must be smaller than {1}</source>
            <translation>{0} has an invalid slope.  The slope of all segments of the curve must be smaller than {1}</translation>
        </message>
        <message>
            <source>{0} has invalid values.</source>
            <translation>{0} has invalid values.</translation>
        </message>
        <message>
            <source>{0} has invalid values. All of the coefficients have a zero value.</source>
            <translation>{0} has invalid values. All of the coefficients have a zero value.</translation>
        </message>
        <message>
            <source>{0} has no data available.</source>
            <translation>{0} has no data available.</translation>
        </message>
        <message>
            <source>{0} has too many points defined.
Max points = Number of Temperatures * (Total number of incompressibility parameters + 2).
Which must be less than 1000.</source>
            <translation>{0} has too many points defined.
Max points = Number of Temperatures * (Total number of incompressibility parameters + 2).
Which must be less than 1000.</translation>
        </message>
        <message>
            <source>{0} has too many temperatures defined with specified Number of Terms.
Number of Terms * 2 * Number of Temperatures &lt; 1000.
Number of Terms and number of temperatures should satisfy above condition.</source>
            <translation type="unfinished">{0} has too many temperatures defined with specified Number of Terms.
Number of Terms * 2 * Number of Temperatures &lt; 1000.
Number of Terms and number of temperatures should satisfy above condition.</translation>
        </message>
        <message>
            <source>{0} has undefined value(s).</source>
            <translation>{0} has undefined value(s).</translation>
        </message>
        <message>
            <source>{0} is required to be positive definite.
The determinate pivot term D[{1},{1}] has a non-positive value of {2}.</source>
            <translation>{0} is required to be positive definite.
The determinate pivot term D[{1},{1}] has a non-positive value of {2}.</translation>
        </message>
        <message>
            <source>{0} material has too many data points per temperature. Each temperature can have a maximum of {1} data points.</source>
            <translation type="unfinished">{0} material has too many data points per temperature. Each temperature can have a maximum of {1} data points.</translation>
        </message>
        <message>
            <source>{0} material has too many temperatures defined.</source>
            <translation>{0} material has too many temperatures defined.</translation>
        </message>
        <message>
            <source>{0} must be used in conjunction with a hyperelastic material model.</source>
            <translation type="unfinished">{0} must be used in conjunction with a hyperelastic material model.</translation>
        </message>
        <message>
            <source>{0} must have a minimum of {1} entries.</source>
            <translation>{0} must have a minimum of {1} entries.</translation>
        </message>
        <message>
            <source>{0} must have a positive slope.</source>
            <translation>{0} must have a positive slope.</translation>
        </message>
        <message>
            <source>{0} requires a minimum of {1} data points.</source>
            <translation>{0} requires a minimum of {1} data points.</translation>
        </message>
        <message>
            <source>{0} requires that either {1} or {2} have a non-zero value.</source>
            <translation type="unfinished">{0} requires that either {1} or {2} have a non-zero value.</translation>
        </message>
        <message>
            <source>{0} requires that the number of data entries be the same, across the independent variable sets.</source>
            <translation type="unfinished">{0} requires that the number of data entries be the same, across the independent variable sets.</translation>
        </message>
        <message>
            <source>{0} requires the stress-strain matrix to be positive definite. Positive definite requires that the equation:
 (1.0 - PRXY**2*EY/EX - PRYZ**2*EZ/EY - PRXZ**2*EZ/EX - 2.0*PRXY*PRYZ*PRXZ*EZ/EX) calculates to a positive value, but it is equal to {1}.
You should consider reducing the Poisson's Ratios values.</source>
            <translation>{0} requires the stress-strain matrix to be positive definite. Positive definite requires that the equation:
 (1.0 - PRXY**2*EY/EX - PRYZ**2*EZ/EY - PRXZ**2*EZ/EX - 2.0*PRXY*PRYZ*PRXZ*EZ/EX) calculates to a positive value, but it is equal to {1}.
You should consider reducing the Poisson's Ratios values.</translation>
        </message>
        <message>
            <source>{0}'s first datum must be zero.</source>
            <translation>{0}'s first datum must be zero.</translation>
        </message>
        <message>
            <source>An analysis can have at most nine unique field variables across all materials. {0} field variables must be removed</source>
            <translation type="unfinished">An analysis can have at most nine unique field variables across all materials. {0} field variables must be removed</translation>
        </message>
        <message>
            <source>At least one Critical Energy-Release Rate value for {0} must be positive.</source>
            <translation type="unfinished">At least one Critical Energy-Release Rate value for {0} must be positive.</translation>
        </message>
        <message>
            <source>At least one value(s) for {0} must be positive.</source>
            <translation>At least one value(s) for {0} must be positive.</translation>
        </message>
        <message>
            <source>Independent variables require unique value sets.</source>
            <translation>Independent variables require unique value sets.</translation>
        </message>
        <message>
            <source>Linear multivariate interpolation algorithm requires field variables to span a (n+1) grid, where n is the number of field variables. Either add more values for {0}, or use a different interpolation algorithm (e.g. Nearest Neighbor).</source>
            <translation type="unfinished">Linear multivariate interpolation algorithm requires field variables to span a (n+1) grid, where n is the number of field variables. Either add more values for {0}, or use a different interpolation algorithm (e.g. Nearest Neighbor).</translation>
        </message>
        <message>
            <source>Linear multivariate interpolation algorithm requires field variables to span a (n+1) grid, where n is the number of field variables.
If there is no variation in temperature, then delete the temperature column.</source>
            <translation type="unfinished">Linear multivariate interpolation algorithm requires field variables to span a (n+1) grid, where n is the number of field variables.
If there is no variation in temperature, then delete the temperature column.</translation>
        </message>
        <message>
            <source>Number of Terms for {0} is outside of the range of 1 and 100.</source>
            <translation type="unfinished">Number of Terms for {0} is outside of the range of 1 and 100.</translation>
        </message>
        <message>
            <source>Porous Elasticity must be used in conjunction with a Cam-Clay material model.</source>
            <translation type="unfinished">Porous Elasticity must be used in conjunction with a Cam-Clay material model.</translation>
        </message>
        <message>
            <source>The {0} values across Data Sets must be unique.</source>
            <translation>The {0} values across Data Sets must be unique.</translation>
        </message>
        <message>
            <source>The tangent value of the {0} must be greater than {1}. 

Please see the documentation for details.</source>
            <translation type="unfinished">The tangent value of the {0} must be greater than {1}. 

Please see the documentation for details.</translation>
        </message>
        <message>
            <source>The tangent value of the {0} must be less than or equal to {1}. 

Please see the documentation for details.</source>
            <translation type="unfinished">The tangent value of the {0} must be less than or equal to {1}. 

Please see the documentation for details.</translation>
        </message>
        <message>
            <source>The use of Relative Permeability (Orthotropic) with a B-H Curve requires the use of the B-H Curve.  One of the Relative Permeability (Orthotropic) variables must have a zero value or delete the B-H Curve.</source>
            <translation>The use of Relative Permeability (Orthotropic) with a B-H Curve requires the use of the B-H Curve.  One of the Relative Permeability (Orthotropic) variables must have a zero value or delete the B-H Curve.</translation>
        </message>
        <message>
            <source>The value for {0} must be less than that of {1}.</source>
            <translation>The value for {0} must be less than that of {1}.</translation>
        </message>
        <message>
            <source>The value(s) for {0} are outside of the range of {1} to {2}.</source>
            <translation>The value(s) for {0} are outside of the range of {1} to {2}.</translation>
        </message>
        <message>
            <source>The value(s) for {0} must be greater than or equal to zero.</source>
            <translation>The value(s) for {0} must be greater than or equal to zero.</translation>
        </message>
        <message>
            <source>The value(s) for {0} must be greater than zero.</source>
            <translation>The value(s) for {0} must be greater than zero.</translation>
        </message>
        <message>
            <source>The value(s) for {0} must be less than or equal to zero.</source>
            <translation>The value(s) for {0} must be less than or equal to zero.</translation>
        </message>
        <message>
            <source>The value(s) for {0} must be negative.</source>
            <translation>The value(s) for {0} must be negative.</translation>
        </message>
        <message>
            <source>The value(s) for {0} must be postive.</source>
            <translation>The value(s) for {0} must be postive.</translation>
        </message>
        <message>
            <source>The value(s) for {0} must not be 0.</source>
            <translation>The value(s) for {0} must not be 0.</translation>
        </message>
        <message>
            <source>Unable to validate "{0}", because the property "{1}" does not exist.</source>
            <translation>Unable to validate "{0}", because the property "{1}" does not exist.</translation>
        </message>
        <message>
            <source>Unable to validate "{0}", because the property "{1}" is suppressed.</source>
            <translation type="unfinished">Unable to validate "{0}", because the property "{1}" is suppressed.</translation>
        </message>
        <message>
            <source>Unable to validate "{0}", because the variable "{1}" does not exist.</source>
            <translation>Unable to validate "{0}", because the variable "{1}" does not exist.</translation>
        </message>
        <message>
            <source>Unable to validate "{0}", please add one of the following properties: {1}</source>
            <translation type="unfinished">Unable to validate "{0}", please add one of the following properties: {1}</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.State</name>
        <message>
            <source>{0} has no properties defined or active.  Define or unsuppress a material property.</source>
            <translation type="unfinished">{0} has no properties defined or active.  Define or unsuppress a material property.</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.Utilities</name>
        <message>
            <source>{0} is under-defined, please assign data.</source>
            <translation>{0} is under-defined, please assign data.</translation>
        </message>
        <message>
            <source>Add missing property now?</source>
            <translation type="unfinished">Add missing property now?</translation>
        </message>
        <message>
            <source>Anisotropic</source>
            <translation>Anisotropic</translation>
        </message>
        <message>
            <source>Do you want the software to make this change for you?</source>
            <translation type="unfinished">Do you want the software to make this change for you?</translation>
        </message>
        <message>
            <source>Elastic Strain-Life</source>
            <translation type="unfinished">Elastic Strain-Life</translation>
        </message>
        <message>
            <source>Only Hashin initial damage criteria are allowed when using Continuum Damage Mechanics.</source>
            <translation type="unfinished">Only Hashin initial damage criteria are allowed when using Continuum Damage Mechanics.</translation>
        </message>
        <message>
            <source>Orthotropic</source>
            <translation>Orthotropic</translation>
        </message>
        <message>
            <source>Plastic Strain-Life</source>
            <translation type="unfinished">Plastic Strain-Life</translation>
        </message>
        <message>
            <source>Reversals to Failure, 2N</source>
            <translation type="unfinished">Reversals to Failure, 2N</translation>
        </message>
        <message>
            <source>Strain Amplitude</source>
            <translation type="unfinished">Strain Amplitude</translation>
        </message>
        <message>
            <source>The option {0} can only be used in conjunction with {1}</source>
            <translation type="unfinished">The option {0} can only be used in conjunction with {1}</translation>
        </message>
        <message>
            <source>To use table "{0}", table "{1}" must be defined.
Add "{1}" now?</source>
            <translation type="unfinished">To use table "{0}", table "{1}" must be defined.
Add "{1}" now?</translation>
        </message>
        <message>
            <source>Total Strain-Life</source>
            <translation type="unfinished">Total Strain-Life</translation>
        </message>
    </context>
    <context>
        <multiname>Ans.EngineeringData.AUTODYNGraphGenerator</multiname>
        <multiname>Ans.EngineeringData.Commands</multiname>
        <multiname>Ans.EngineeringData.DataModel</multiname>
        <multiname>Ans.EngineeringData.GraphGeneration</multiname>
        <multiname>Ans.EngineeringData.GUI</multiname>
        <multiname>Ans.EngineeringData.Material</multiname>
        <multiname>Ans.EngineeringData.Validation</multiname>
        <multiname>Ans.EngineeringData.Utilities</multiname>
        <message>
            <source> Faceted failure surface</source>
            <translation type="unfinished"> Faceted failure surface</translation>
        </message>
        <message>
            <source>"Critical State Soil Mechanics", Schofield, A. N., Wroth, C. P., 1968, McGraw-Hill</source>
            <translation type="unfinished">"Critical State Soil Mechanics", Schofield, A. N., Wroth, C. P., 1968, McGraw-Hill</translation>
        </message>
        <message>
            <source>"Equation of State and Strength Properties of     Selected Materials". Steinberg D.J. LLNL. Feb 1991</source>
            <translation type="unfinished">"Equation of State and Strength Properties of     Selected Materials". Steinberg D.J. LLNL. Feb 1991</translation>
        </message>
        <message>
            <source>"Equation of State and Strength Properties of Selected Materials". Steinberg D.J. LLNL. Feb 1991</source>
            <translation type="unfinished">"Equation of State and Strength Properties of Selected Materials". Steinberg D.J. LLNL. Feb 1991</translation>
        </message>
        <message>
            <source>"Fracture Characteristics of Three Metals subjected to various strains, strain rates, temperatures and pressures" - Johnson GR, Cook WH, J Eng Mech Vol 21, 1985</source>
            <translation type="unfinished">"Fracture Characteristics of Three Metals subjected to various strains, strain rates, temperatures and pressures" - Johnson GR, Cook WH, J Eng Mech Vol 21, 1985</translation>
        </message>
        <message>
            <source>"LLNL Explosives Handbook" Dobratz B.M &amp; Crawford P.C. UCRL-52997 Rev.2 january 1985</source>
            <translation type="unfinished">"LLNL Explosives Handbook" Dobratz B.M &amp; Crawford P.C. UCRL-52997 Rev.2 january 1985</translation>
        </message>
        <message>
            <source>"LLNL Explosives Handbook" Dobratz B.M &amp; Crawford P.C. UCRL-52997 Rev.2 January 1985</source>
            <translation type="unfinished">"LLNL Explosives Handbook" Dobratz B.M &amp; Crawford P.C. UCRL-52997 Rev.2 January 1985</translation>
        </message>
        <message>
            <source>"LLNL Explosives Handbook" Dobratz B.M &amp; Crawfords P.C. UCRL-52997 Rev.2 January 1985</source>
            <translation type="unfinished">"LLNL Explosives Handbook" Dobratz B.M &amp; Crawfords P.C. UCRL-52997 Rev.2 January 1985</translation>
        </message>
        <message>
            <source>"Rock Physics Handbook", Mavko, G., Mukerji, T. and Dvorkin, J., Second Edition, 2009, Cambridge University Press</source>
            <translation type="unfinished">"Rock Physics Handbook", Mavko, G., Mukerji, T. and Dvorkin, J., Second Edition, 2009, Cambridge University Press</translation>
        </message>
        <message>
            <source>"Thermodynamic and Transport Properties of Fluids, SI Units", GFC Rogers, YR Mayhew</source>
            <translation type="unfinished">"Thermodynamic and Transport Properties of Fluids, SI Units", GFC Rogers, YR Mayhew</translation>
        </message>
        <message>
            <source>1</source>
            <translation>1</translation>
        </message>
        <message>
            <source>1018 Steel 90.5 HRB</source>
            <translation type="unfinished">1018 Steel 90.5 HRB</translation>
        </message>
        <message>
            <source>1st Order</source>
            <translation type="obsolete">1st Order</translation>
        </message>
        <message>
            <source>2</source>
            <translation>2</translation>
        </message>
        <message>
            <source>2 Parameter</source>
            <translation type="obsolete">2 Parameter</translation>
        </message>
        <message>
            <source>2nd Order</source>
            <translation type="obsolete">2nd Order</translation>
        </message>
        <message>
            <source>3</source>
            <translation>3</translation>
        </message>
        <message>
            <source>3 Parameter</source>
            <translation type="obsolete">3 Parameter</translation>
        </message>
        <message>
            <source>3 Parameter Barlat Hardening</source>
            <translation type="unfinished">3 Parameter Barlat Hardening</translation>
        </message>
        <message>
            <source>3rd Order</source>
            <translation type="obsolete">3rd Order</translation>
        </message>
        <message>
            <source>4</source>
            <translation>4</translation>
        </message>
        <message>
            <source>5</source>
            <translation>5</translation>
        </message>
        <message>
            <source>5 Parameter</source>
            <translation type="obsolete">5 Parameter</translation>
        </message>
        <message>
            <source>9 Parameter</source>
            <translation type="obsolete">9 Parameter</translation>
        </message>
        <message>
            <source>a(i)</source>
            <translation type="unfinished">a(i)</translation>
        </message>
        <message>
            <source>Acetone</source>
            <translation type="unfinished">Acetone</translation>
        </message>
        <message>
            <source>Acetylene</source>
            <translation type="unfinished">Acetylene</translation>
        </message>
        <message>
            <source>Acoustic</source>
            <translation type="unfinished">Acoustic</translation>
        </message>
        <message>
            <source>Activation Energy Q/Universal Gas Constant R</source>
            <translation>Activation Energy Q/Universal Gas Constant R</translation>
        </message>
        <message>
            <source>Active Table</source>
            <translation type="unfinished">Active Table</translation>
        </message>
        <message>
            <source>Additional Puck Constants</source>
            <translation type="unfinished">Additional Puck Constants</translation>
        </message>
        <message>
            <source>Additional specific energy / unit mass</source>
            <translation>Additional specific energy / unit mass</translation>
        </message>
        <message>
            <source>Adiabatic Constant</source>
            <translation>Adiabatic Constant</translation>
        </message>
        <message>
            <source>Adiabatic Exponent γ</source>
            <translation>Adiabatic Exponent γ</translation>
        </message>
        <message>
            <source>ADIPRENE</source>
            <translation type="unfinished">ADIPRENE</translation>
        </message>
        <message>
            <source>AFATL-TR-84-59. June 1984. Matuska D.A. HULL Users Manual</source>
            <translation type="unfinished">AFATL-TR-84-59. June 1984. Matuska D.A. HULL Users Manual</translation>
        </message>
        <message>
            <source>Air</source>
            <translation type="unfinished">Air</translation>
        </message>
        <message>
            <source>Air(Atmospheric)</source>
            <translation type="unfinished">Air(Atmospheric)</translation>
        </message>
        <message>
            <source>AL 1100-O</source>
            <translation type="unfinished">AL 1100-O</translation>
        </message>
        <message>
            <source>AL 2024</source>
            <translation type="unfinished">AL 2024</translation>
        </message>
        <message>
            <source>AL 2024-T4</source>
            <translation type="unfinished">AL 2024-T4</translation>
        </message>
        <message>
            <source>AL 6061-T6</source>
            <translation type="unfinished">AL 6061-T6</translation>
        </message>
        <message>
            <source>AL 7039</source>
            <translation type="unfinished">AL 7039</translation>
        </message>
        <message>
            <source>AL 7075-T6</source>
            <translation type="unfinished">AL 7075-T6</translation>
        </message>
        <message>
            <source>AL 921-T</source>
            <translation type="unfinished">AL 921-T</translation>
        </message>
        <message>
            <source>AL/AP HE</source>
            <translation type="unfinished">AL/AP HE</translation>
        </message>
        <message>
            <source>AL2024T351</source>
            <translation type="unfinished">AL2024T351</translation>
        </message>
        <message>
            <source>AL203-99.5</source>
            <translation type="unfinished">AL203-99.5</translation>
        </message>
        <message>
            <source>AL203-99.7</source>
            <translation type="unfinished">AL203-99.7</translation>
        </message>
        <message>
            <source>AL2O3 CERA</source>
            <translation type="unfinished">AL2O3 CERA</translation>
        </message>
        <message>
            <source>AL5083H116</source>
            <translation type="unfinished">AL5083H116</translation>
        </message>
        <message>
            <source>Alnico5</source>
            <translation type="unfinished">Alnico5</translation>
        </message>
        <message>
            <source>Alnico9</source>
            <translation type="unfinished">Alnico9</translation>
        </message>
        <message>
            <source>Alpha</source>
            <translation type="unfinished">Alpha</translation>
        </message>
        <message>
            <source>Alternating Stress</source>
            <translation>Alternating Stress</translation>
        </message>
        <message>
            <source>Alternating Stress Mean Stress</source>
            <translation>Alternating Stress Mean Stress</translation>
        </message>
        <message>
            <source>Alternating Stress R-Ratio</source>
            <translation>Alternating Stress R-Ratio</translation>
        </message>
        <message>
            <source>Alumina 92%</source>
            <translation type="unfinished">Alumina 92%</translation>
        </message>
        <message>
            <source>Alumina 96%</source>
            <translation type="unfinished">Alumina 96%</translation>
        </message>
        <message>
            <source>Aluminum</source>
            <translation type="unfinished">Aluminum</translation>
        </message>
        <message>
            <source>ALUMINUM</source>
            <translation type="unfinished">ALUMINUM</translation>
        </message>
        <message>
            <source>Aluminum Alloy</source>
            <translation type="unfinished">Aluminum Alloy</translation>
        </message>
        <message>
            <source>Aluminum Alloy NL</source>
            <translation type="unfinished">Aluminum Alloy NL</translation>
        </message>
        <message>
            <source>Aluminum Nitride</source>
            <translation type="unfinished">Aluminum Nitride</translation>
        </message>
        <message>
            <source>Aluminum Oxide</source>
            <translation type="unfinished">Aluminum Oxide</translation>
        </message>
        <message>
            <source>Aluminum Solid</source>
            <translation type="unfinished">Aluminum Solid</translation>
        </message>
        <message>
            <source>Ammonia Liquid</source>
            <translation type="unfinished">Ammonia Liquid</translation>
        </message>
        <message>
            <source>Ammonia Vapor</source>
            <translation type="unfinished">Ammonia Vapor</translation>
        </message>
        <message>
            <source>Anand Viscoplasticity</source>
            <translation>Anand Viscoplasticity</translation>
        </message>
        <message>
            <source>ANFO</source>
            <translation type="unfinished">ANFO</translation>
        </message>
        <message>
            <source>Anisotropic Elasticity</source>
            <translation>Anisotropic Elasticity</translation>
        </message>
        <message>
            <source>Anisotropic Hardening Parameter</source>
            <translation type="unfinished">Anisotropic Hardening Parameter</translation>
        </message>
        <message>
            <source>Anisotropic Temperature Dependent Elasticity</source>
            <translation type="unfinished">Anisotropic Temperature Dependent Elasticity</translation>
        </message>
        <message>
            <source>Anisotropic Yield Surface Parameter</source>
            <translation type="unfinished">Anisotropic Yield Surface Parameter</translation>
        </message>
        <message>
            <source>Anthracite</source>
            <translation type="unfinished">Anthracite</translation>
        </message>
        <message>
            <source>ANTIMONY</source>
            <translation type="unfinished">ANTIMONY</translation>
        </message>
        <message>
            <source>Appearance</source>
            <translation type="unfinished">Appearance</translation>
        </message>
        <message>
            <source>Argon</source>
            <translation type="unfinished">Argon</translation>
        </message>
        <message>
            <source>Argon Liquid</source>
            <translation type="unfinished">Argon Liquid</translation>
        </message>
        <message>
            <source>Arruda-Boyce</source>
            <translation>Arruda-Boyce</translation>
        </message>
        <message>
            <source>Artificial Damping Coefficient</source>
            <translation type="unfinished">Artificial Damping Coefficient</translation>
        </message>
        <message>
            <source>Ash</source>
            <translation type="unfinished">Ash</translation>
        </message>
        <message>
            <source>Atomic Hydrogen</source>
            <translation type="unfinished">Atomic Hydrogen</translation>
        </message>
        <message>
            <source>Atomic Oxygen</source>
            <translation type="unfinished">Atomic Oxygen</translation>
        </message>
        <message>
            <source>Attenuation Constant (Nepers/Length)</source>
            <translation type="unfinished">Attenuation Constant (Nepers/Length)</translation>
        </message>
        <message>
            <source>Bakelite</source>
            <translation type="unfinished">Bakelite</translation>
        </message>
        <message>
            <source>Bakken and Anderson "The complete equation of state handbook" SANDIA SCL-TM-67-118 Nov 1967</source>
            <translation type="unfinished">Bakken and Anderson "The complete equation of state handbook" SANDIA SCL-TM-67-118 Nov 1967</translation>
        </message>
        <message>
            <source>BARIUM</source>
            <translation type="unfinished">BARIUM</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Coefficient A</source>
            <translation type="unfinished">Barlat Anisotropic Coefficient A</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Coefficient B</source>
            <translation type="unfinished">Barlat Anisotropic Coefficient B</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Coefficient C</source>
            <translation type="unfinished">Barlat Anisotropic Coefficient C</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Coefficient F</source>
            <translation type="unfinished">Barlat Anisotropic Coefficient F</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Coefficient G</source>
            <translation type="unfinished">Barlat Anisotropic Coefficient G</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Coefficient H</source>
            <translation type="unfinished">Barlat Anisotropic Coefficient H</translation>
        </message>
        <message>
            <source>Barlat Anisotropic Hardening</source>
            <translation type="unfinished">Barlat Anisotropic Hardening</translation>
        </message>
        <message>
            <source>Barlat Exponent</source>
            <translation type="unfinished">Barlat Exponent</translation>
        </message>
        <message>
            <source>Begin Time</source>
            <translation>Begin Time</translation>
        </message>
        <message>
            <source>Behavior</source>
            <translation type="obsolete">Behavior</translation>
        </message>
        <message>
            <source>Benzene Liquid</source>
            <translation type="unfinished">Benzene Liquid</translation>
        </message>
        <message>
            <source>Benzene Vapor</source>
            <translation type="unfinished">Benzene Vapor</translation>
        </message>
        <message>
            <source>Benzocyclobuten</source>
            <translation type="unfinished">Benzocyclobuten</translation>
        </message>
        <message>
            <source>Beryllium</source>
            <translation type="unfinished">Beryllium</translation>
        </message>
        <message>
            <source>BERYLLIUM</source>
            <translation type="unfinished">BERYLLIUM</translation>
        </message>
        <message>
            <source>Beryllium Oxide</source>
            <translation type="unfinished">Beryllium Oxide</translation>
        </message>
        <message>
            <source>BERYLLIUM2</source>
            <translation type="unfinished">BERYLLIUM2</translation>
        </message>
        <message>
            <source>B-H Curve</source>
            <translation>B-H Curve</translation>
        </message>
        <message>
            <source>B-H Curve samples specific for use in a magnetic analysis.</source>
            <translation type="unfinished">B-H Curve samples specific for use in a magnetic analysis.</translation>
        </message>
        <message>
            <source>Biaxial Compressive Strength</source>
            <translation type="unfinished">Biaxial Compressive Strength</translation>
        </message>
        <message>
            <source>Biaxial Test Data</source>
            <translation>Biaxial Test Data</translation>
        </message>
        <message>
            <source>Bilinear</source>
            <translation type="obsolete">Bilinear</translation>
        </message>
        <message>
            <source>Bilinear 3 Parameter Barlat Hardening</source>
            <translation type="unfinished">Bilinear 3 Parameter Barlat Hardening</translation>
        </message>
        <message>
            <source>Bilinear FLD Transversely Anisotropic Hardening</source>
            <translation type="unfinished">Bilinear FLD Transversely Anisotropic Hardening</translation>
        </message>
        <message>
            <source>Bilinear for Interface Delamination</source>
            <translation type="unfinished">Bilinear for Interface Delamination</translation>
        </message>
        <message>
            <source>Bilinear Fracture Criterion</source>
            <translation type="unfinished">Bilinear Fracture Criterion</translation>
        </message>
        <message>
            <source>Bilinear Isotropic Hardening</source>
            <translation>Bilinear Isotropic Hardening</translation>
        </message>
        <message>
            <source>Bilinear Kinematic Hardening</source>
            <translation>Bilinear Kinematic Hardening</translation>
        </message>
        <message>
            <source>Bilinear S-N Curve</source>
            <translation type="unfinished">Bilinear S-N Curve</translation>
        </message>
        <message>
            <source>Bilinear Transversely Anisotropic Hardening</source>
            <translation type="unfinished">Bilinear Transversely Anisotropic Hardening</translation>
        </message>
        <message>
            <source>BIOT</source>
            <translation type="unfinished">BIOT</translation>
        </message>
        <message>
            <source>BISMUTH</source>
            <translation type="unfinished">BISMUTH</translation>
        </message>
        <message>
            <source>B-K Fracture Criterion</source>
            <translation type="unfinished">B-K Fracture Criterion</translation>
        </message>
        <message>
            <source>Blatz-Ko</source>
            <translation>Blatz-Ko</translation>
        </message>
        <message>
            <source>Blue</source>
            <translation type="unfinished">Blue</translation>
        </message>
        <message>
            <source>BORONCARBI</source>
            <translation type="unfinished">BORONCARBI</translation>
        </message>
        <message>
            <source>Brass</source>
            <translation type="unfinished">Brass</translation>
        </message>
        <message>
            <source>BRASS</source>
            <translation type="unfinished">BRASS</translation>
        </message>
        <message>
            <source>Brittle to Ductile Transition BQ</source>
            <translation>Brittle to Ductile Transition BQ</translation>
        </message>
        <message>
            <source>Brittle/Granular</source>
            <translation>Brittle/Granular</translation>
        </message>
        <message>
            <source>Bronze</source>
            <translation type="unfinished">Bronze</translation>
        </message>
        <message>
            <source>BTF</source>
            <translation type="unfinished">BTF</translation>
        </message>
        <message>
            <source>Bulk Data - Viscoelastic</source>
            <translation type="unfinished">Bulk Data - Viscoelastic</translation>
        </message>
        <message>
            <source>Bulk Modulus</source>
            <translation>Bulk Modulus</translation>
        </message>
        <message>
            <source>Bulk Modulus and Poisson's Ratio</source>
            <translation>Bulk Modulus and Poisson's Ratio</translation>
        </message>
        <message>
            <source>Bulk Modulus and Shear Modulus</source>
            <translation>Bulk Modulus and Shear Modulus</translation>
        </message>
        <message>
            <source>Bulk Modulus and Young's Modulus</source>
            <translation>Bulk Modulus and Young's Modulus</translation>
        </message>
        <message>
            <source>Bulk Viscosity</source>
            <translation type="unfinished">Bulk Viscosity</translation>
        </message>
        <message>
            <source>Bulking Associative</source>
            <translation>Bulking Associative</translation>
        </message>
        <message>
            <source>Bulking Constant B</source>
            <translation>Bulking Constant B</translation>
        </message>
        <message>
            <source>Burn on compression fraction</source>
            <translation>Burn on compression fraction</translation>
        </message>
        <message>
            <source>C.M. Wentzel et al "Concrete under Multi-Axial Dynamic Loading" - Tran. Load. + resp. Struct. 1998</source>
            <translation type="unfinished">C.M. Wentzel et al "Concrete under Multi-Axial Dynamic Loading" - Tran. Load. + resp. Struct. 1998</translation>
        </message>
        <message>
            <source>C1-C3</source>
            <translation type="unfinished">C1-C3</translation>
        </message>
        <message>
            <source>C4</source>
            <translation type="unfinished">C4</translation>
        </message>
        <message>
            <source>CADMIUM</source>
            <translation type="unfinished">CADMIUM</translation>
        </message>
        <message>
            <source>Calcareous</source>
            <translation type="unfinished">Calcareous</translation>
        </message>
        <message>
            <source>CALCIUM</source>
            <translation type="unfinished">CALCIUM</translation>
        </message>
        <message>
            <source>Calcium Carbonate</source>
            <translation type="unfinished">Calcium Carbonate</translation>
        </message>
        <message>
            <source>Calcium Oxide</source>
            <translation type="unfinished">Calcium Oxide</translation>
        </message>
        <message>
            <source>Calcium Sulfate</source>
            <translation type="unfinished">Calcium Sulfate</translation>
        </message>
        <message>
            <source>Calcium Sulfide</source>
            <translation type="unfinished">Calcium Sulfide</translation>
        </message>
        <message>
            <source>Cam-Clay</source>
            <translation type="unfinished">Cam-Clay</translation>
        </message>
        <message>
            <source>Carbon</source>
            <translation type="unfinished">Carbon</translation>
        </message>
        <message>
            <source>Carbon Dioxide</source>
            <translation type="unfinished">Carbon Dioxide</translation>
        </message>
        <message>
            <source>Carbon Disulfide Vapor</source>
            <translation type="unfinished">Carbon Disulfide Vapor</translation>
        </message>
        <message>
            <source>Carbon Monoxide</source>
            <translation type="unfinished">Carbon Monoxide</translation>
        </message>
        <message>
            <source>Carbon Solid</source>
            <translation type="unfinished">Carbon Solid</translation>
        </message>
        <message>
            <source>Carbonyl Sulfide</source>
            <translation type="unfinished">Carbonyl Sulfide</translation>
        </message>
        <message>
            <source>CART BRASS</source>
            <translation type="unfinished">CART BRASS</translation>
        </message>
        <message>
            <source>Cast Iron</source>
            <translation type="unfinished">Cast Iron</translation>
        </message>
        <message>
            <source>Cauchy</source>
            <translation type="unfinished">Cauchy</translation>
        </message>
        <message>
            <source>Ceramic5</source>
            <translation type="unfinished">Ceramic5</translation>
        </message>
        <message>
            <source>Ceramic8D</source>
            <translation type="unfinished">Ceramic8D</translation>
        </message>
        <message>
            <source>Chaboche</source>
            <translation type="obsolete">Chaboche</translation>
        </message>
        <message>
            <source>Chaboche Creep Parameter k</source>
            <translation type="obsolete">Chaboche Creep Parameter k</translation>
        </message>
        <message>
            <source>Chaboche Creep Parameter K</source>
            <translation type="obsolete">Chaboche Creep Parameter K</translation>
        </message>
        <message>
            <source>Chaboche Creep Parameter n</source>
            <translation type="obsolete">Chaboche Creep Parameter n</translation>
        </message>
        <message>
            <source>Chaboche Isotropic Hardening Coefficient b</source>
            <translation type="obsolete">Chaboche Isotropic Hardening Coefficient b</translation>
        </message>
        <message>
            <source>Chaboche Isotropic Hardening Coefficient Q</source>
            <translation type="obsolete">Chaboche Isotropic Hardening Coefficient Q</translation>
        </message>
        <message>
            <source>Chaboche Kinematic Hardening</source>
            <translation>Chaboche Kinematic Hardening</translation>
        </message>
        <message>
            <source>Chaboche Kinematic Hardening Coefficient c1</source>
            <translation type="obsolete">Chaboche Kinematic Hardening Coefficient c1</translation>
        </message>
        <message>
            <source>Chaboche Kinematic Hardening Coefficient ca1</source>
            <translation type="obsolete">Chaboche Kinematic Hardening Coefficient ca1</translation>
        </message>
        <message>
            <source>Chaboche Test Data</source>
            <translation type="unfinished">Chaboche Test Data</translation>
        </message>
        <message>
            <source>Chalks</source>
            <translation type="unfinished">Chalks</translation>
        </message>
        <message>
            <source>Charles E. Anderson et al. "Balistic Experiments and Computaions..." - Ballistics 95</source>
            <translation type="unfinished">Charles E. Anderson et al. "Balistic Experiments and Computaions..." - Ballistics 95</translation>
        </message>
        <message>
            <source>Chlorine</source>
            <translation type="unfinished">Chlorine</translation>
        </message>
        <message>
            <source>Chloroform</source>
            <translation type="unfinished">Chloroform</translation>
        </message>
        <message>
            <source>Chromium</source>
            <translation type="unfinished">Chromium</translation>
        </message>
        <message>
            <source>CHROMIUM</source>
            <translation type="unfinished">CHROMIUM</translation>
        </message>
        <message>
            <source>C-J Detonation Velocity</source>
            <translation>C-J Detonation Velocity</translation>
        </message>
        <message>
            <source>C-J Energy / unit mass</source>
            <translation>C-J Energy / unit mass</translation>
        </message>
        <message>
            <source>C-J Pressure</source>
            <translation>C-J Pressure</translation>
        </message>
        <message>
            <source>Closure</source>
            <translation>Closure</translation>
        </message>
        <message>
            <source>cm</source>
            <translation type="obsolete">cm</translation>
        </message>
        <message>
            <source>cm, s, K, dyne</source>
            <translation type="unfinished">cm, s, K, dyne</translation>
        </message>
        <message>
            <source>Co25ni45</source>
            <translation type="unfinished">Co25ni45</translation>
        </message>
        <message>
            <source>Coal Hv</source>
            <translation type="unfinished">Coal Hv</translation>
        </message>
        <message>
            <source>Coal Lv</source>
            <translation type="unfinished">Coal Lv</translation>
        </message>
        <message>
            <source>Coal Mv</source>
            <translation type="unfinished">Coal Mv</translation>
        </message>
        <message>
            <source>Coalescence</source>
            <translation type="unfinished">Coalescence</translation>
        </message>
        <message>
            <source>Cobalt</source>
            <translation type="unfinished">Cobalt</translation>
        </message>
        <message>
            <source>COBALT</source>
            <translation type="unfinished">COBALT</translation>
        </message>
        <message>
            <source>Coefficient B</source>
            <translation>Coefficient B</translation>
        </message>
        <message>
            <source>Coefficient C</source>
            <translation>Coefficient C</translation>
        </message>
        <message>
            <source>Coefficient D</source>
            <translation>Coefficient D</translation>
        </message>
        <message>
            <source>Coefficient for Deformation Resistance Saturation Ŝ</source>
            <translation>Coefficient for Deformation Resistance Saturation Ŝ</translation>
        </message>
        <message>
            <source>Coefficient of Thermal Expansion</source>
            <translation>Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Coefficient of Thermal Expansion Secant</source>
            <translation type="obsolete">Coefficient of Thermal Expansion Secant</translation>
        </message>
        <message>
            <source>Coefficient of Thermal Expansion X direction</source>
            <translation>Coefficient of Thermal Expansion X direction</translation>
        </message>
        <message>
            <source>Coefficient of Thermal Expansion Y direction</source>
            <translation>Coefficient of Thermal Expansion Y direction</translation>
        </message>
        <message>
            <source>Coefficient of Thermal Expansion Z direction</source>
            <translation>Coefficient of Thermal Expansion Z direction</translation>
        </message>
        <message>
            <source>Coefficient Q</source>
            <translation>Coefficient Q</translation>
        </message>
        <message>
            <source>Coefficients and Exponents</source>
            <translation type="unfinished">Coefficients and Exponents</translation>
        </message>
        <message>
            <source>Coefficients fitted to experimental data from Treloar, L.R.G., Stress strain data for vulcanized rubber under various types of deformation, Transactions of the Faraday Society, vol. 40, pp.59-70 (1944)</source>
            <translation type="unfinished">Coefficients fitted to experimental data from Treloar, L.R.G., Stress strain data for vulcanized rubber under various types of deformation, Transactions of the Faraday Society, vol. 40, pp.59-70 (1944)</translation>
        </message>
        <message>
            <source>Coercive Force</source>
            <translation>Coercive Force</translation>
        </message>
        <message>
            <source>Coercive Force &amp; Residual Induction</source>
            <translation>Coercive Force &amp; Residual Induction</translation>
        </message>
        <message>
            <source>Cohesive Zone</source>
            <translation type="unfinished">Cohesive Zone</translation>
        </message>
        <message>
            <source>Cold Rolled low carbon strip steel</source>
            <translation type="unfinished">Cold Rolled low carbon strip steel</translation>
        </message>
        <message>
            <source>Cold worked prestressing steel</source>
            <translation type="unfinished">Cold worked prestressing steel</translation>
        </message>
        <message>
            <source>Cold worked reinforcing steel</source>
            <translation type="unfinished">Cold worked reinforcing steel</translation>
        </message>
        <message>
            <source>Color</source>
            <translation type="unfinished">Color</translation>
        </message>
        <message>
            <source>Combined Time Hardening</source>
            <translation>Combined Time Hardening</translation>
        </message>
        <message>
            <source>COMP A-3</source>
            <translation type="unfinished">COMP A-3</translation>
        </message>
        <message>
            <source>COMP B</source>
            <translation type="unfinished">COMP B</translation>
        </message>
        <message>
            <source>Compaction EOS</source>
            <translation>Compaction EOS</translation>
        </message>
        <message>
            <source>Compaction EOS Linear</source>
            <translation>Compaction EOS Linear</translation>
        </message>
        <message>
            <source>Compaction EOS Non-Linear</source>
            <translation>Compaction EOS Non-Linear</translation>
        </message>
        <message>
            <source>Compaction Exponent n</source>
            <translation>Compaction Exponent n</translation>
        </message>
        <message>
            <source>Compaction Path</source>
            <translation>Compaction Path</translation>
        </message>
        <message>
            <source>Compaction Path Linear</source>
            <translation type="obsolete">Compaction Path Linear</translation>
        </message>
        <message>
            <source>Compaction Path Non-Linear</source>
            <translation type="obsolete">Compaction Path Non-Linear</translation>
        </message>
        <message>
            <source>Complex Density and Velocity</source>
            <translation type="unfinished">Complex Density and Velocity</translation>
        </message>
        <message>
            <source>Complex Impedance and Propagating-Constant</source>
            <translation type="unfinished">Complex Impedance and Propagating-Constant</translation>
        </message>
        <message>
            <source>Composite Materials</source>
            <translation type="unfinished">Composite Materials</translation>
        </message>
        <message>
            <source>Compressibility Parameter B1</source>
            <translation type="unfinished">Compressibility Parameter B1</translation>
        </message>
        <message>
            <source>Compressibility Parameter B2</source>
            <translation type="unfinished">Compressibility Parameter B2</translation>
        </message>
        <message>
            <source>Compressibility Parameter B3</source>
            <translation type="unfinished">Compressibility Parameter B3</translation>
        </message>
        <message>
            <source>Compression</source>
            <translation>Compression</translation>
        </message>
        <message>
            <source>Compression Dilatancy</source>
            <translation type="unfinished">Compression Dilatancy</translation>
        </message>
        <message>
            <source>Compression X direction</source>
            <translation>Compression X direction</translation>
        </message>
        <message>
            <source>Compression Y direction</source>
            <translation>Compression Y direction</translation>
        </message>
        <message>
            <source>Compression Z direction</source>
            <translation>Compression Z direction</translation>
        </message>
        <message>
            <source>Compressive Fiber Failure Mode</source>
            <translation type="unfinished">Compressive Fiber Failure Mode</translation>
        </message>
        <message>
            <source>Compressive Fiber Stiffness Reduction</source>
            <translation type="unfinished">Compressive Fiber Stiffness Reduction</translation>
        </message>
        <message>
            <source>Compressive Inclination XZ</source>
            <translation type="unfinished">Compressive Inclination XZ</translation>
        </message>
        <message>
            <source>Compressive Inclination YZ</source>
            <translation type="unfinished">Compressive Inclination YZ</translation>
        </message>
        <message>
            <source>Compressive Matrix Failure Mode</source>
            <translation type="unfinished">Compressive Matrix Failure Mode</translation>
        </message>
        <message>
            <source>Compressive Matrix Stiffness Reduction</source>
            <translation type="unfinished">Compressive Matrix Stiffness Reduction</translation>
        </message>
        <message>
            <source>Compressive Strain Rate Exponent α</source>
            <translation>Compressive Strain Rate Exponent α</translation>
        </message>
        <message>
            <source>Compressive Strength</source>
            <translation type="unfinished">Compressive Strength</translation>
        </message>
        <message>
            <source>Compressive Strength fc</source>
            <translation>Compressive Strength fc</translation>
        </message>
        <message>
            <source>Compressive Ultimate Strength</source>
            <translation>Compressive Ultimate Strength</translation>
        </message>
        <message>
            <source>Compressive X direction</source>
            <translation type="unfinished">Compressive X direction</translation>
        </message>
        <message>
            <source>Compressive Y direction</source>
            <translation type="unfinished">Compressive Y direction</translation>
        </message>
        <message>
            <source>Compressive Yield Strength</source>
            <translation>Compressive Yield Strength</translation>
        </message>
        <message>
            <source>Compressive Z direction</source>
            <translation type="unfinished">Compressive Z direction</translation>
        </message>
        <message>
            <source>CONC140MPA</source>
            <translation type="unfinished">CONC140MPA</translation>
        </message>
        <message>
            <source>CONC-35MPA</source>
            <translation type="unfinished">CONC-35MPA</translation>
        </message>
        <message>
            <source>Concrete</source>
            <translation type="unfinished">Concrete</translation>
        </message>
        <message>
            <source>Concrete Aggregate Type</source>
            <translation type="unfinished">Concrete Aggregate Type</translation>
        </message>
        <message>
            <source>Concrete EC2</source>
            <translation type="unfinished">Concrete EC2</translation>
        </message>
        <message>
            <source>Concrete NL</source>
            <translation type="unfinished">Concrete NL</translation>
        </message>
        <message>
            <source>CONCRETE-L</source>
            <translation type="unfinished">CONCRETE-L</translation>
        </message>
        <message>
            <source>Constant Damping Coefficient</source>
            <translation>Constant Damping Coefficient</translation>
        </message>
        <message>
            <source>Constraint Network Modulus</source>
            <translation type="unfinished">Constraint Network Modulus</translation>
        </message>
        <message>
            <source>Contact Gap at the Completion of Debonding</source>
            <translation type="unfinished">Contact Gap at the Completion of Debonding</translation>
        </message>
        <message>
            <source>Continuous</source>
            <translation type="obsolete">Continuous</translation>
        </message>
        <message>
            <source>Continuum Damage Mechanics</source>
            <translation type="unfinished">Continuum Damage Mechanics</translation>
        </message>
        <message>
            <source>Copper</source>
            <translation type="unfinished">Copper</translation>
        </message>
        <message>
            <source>COPPER</source>
            <translation type="unfinished">COPPER</translation>
        </message>
        <message>
            <source>Copper Alloy</source>
            <translation type="unfinished">Copper Alloy</translation>
        </message>
        <message>
            <source>Copper Alloy NL</source>
            <translation type="unfinished">Copper Alloy NL</translation>
        </message>
        <message>
            <source>COPPER2</source>
            <translation type="unfinished">COPPER2</translation>
        </message>
        <message>
            <source>Coupling Coefficient XY</source>
            <translation type="unfinished">Coupling Coefficient XY</translation>
        </message>
        <message>
            <source>Coupling Coefficient XZ</source>
            <translation type="unfinished">Coupling Coefficient XZ</translation>
        </message>
        <message>
            <source>Coupling Coefficient YZ</source>
            <translation type="unfinished">Coupling Coefficient YZ</translation>
        </message>
        <message>
            <source>Cowper Symonds Piecewize Linear Hardening</source>
            <translation type="unfinished">Cowper Symonds Piecewize Linear Hardening</translation>
        </message>
        <message>
            <source>Cowper Symonds Power Law Hardening</source>
            <translation type="unfinished">Cowper Symonds Power Law Hardening</translation>
        </message>
        <message>
            <source>Cowper Symonds Strength</source>
            <translation>Cowper Symonds Strength</translation>
        </message>
        <message>
            <source>Crack Softening Failure</source>
            <translation>Crack Softening Failure</translation>
        </message>
        <message>
            <source>Creep</source>
            <translation>Creep</translation>
        </message>
        <message>
            <source>Creep Constant 1</source>
            <translation>Creep Constant 1</translation>
        </message>
        <message>
            <source>Creep Constant 10</source>
            <translation>Creep Constant 10</translation>
        </message>
        <message>
            <source>Creep Constant 11</source>
            <translation>Creep Constant 11</translation>
        </message>
        <message>
            <source>Creep Constant 12</source>
            <translation>Creep Constant 12</translation>
        </message>
        <message>
            <source>Creep Constant 2</source>
            <translation>Creep Constant 2</translation>
        </message>
        <message>
            <source>Creep Constant 3</source>
            <translation>Creep Constant 3</translation>
        </message>
        <message>
            <source>Creep Constant 4</source>
            <translation>Creep Constant 4</translation>
        </message>
        <message>
            <source>Creep Constant 5</source>
            <translation>Creep Constant 5</translation>
        </message>
        <message>
            <source>Creep Constant 6</source>
            <translation>Creep Constant 6</translation>
        </message>
        <message>
            <source>Creep Constant 7</source>
            <translation>Creep Constant 7</translation>
        </message>
        <message>
            <source>Creep Constant 8</source>
            <translation>Creep Constant 8</translation>
        </message>
        <message>
            <source>Creep Constant 9</source>
            <translation>Creep Constant 9</translation>
        </message>
        <message>
            <source>Creep Decay Constant in Unloading BETA</source>
            <translation type="unfinished">Creep Decay Constant in Unloading BETA</translation>
        </message>
        <message>
            <source>Creep Parameter k</source>
            <translation>Creep Parameter k</translation>
        </message>
        <message>
            <source>Creep Parameter K</source>
            <translation>Creep Parameter K</translation>
        </message>
        <message>
            <source>Creep Parameter n</source>
            <translation>Creep Parameter n</translation>
        </message>
        <message>
            <source>Critical Fracture Energy for Normal Separation</source>
            <translation type="unfinished">Critical Fracture Energy for Normal Separation</translation>
        </message>
        <message>
            <source>Critical Fracture Energy for Tangential Slip</source>
            <translation type="unfinished">Critical Fracture Energy for Tangential Slip</translation>
        </message>
        <message>
            <source>Critical Mode I Energy-Release Rate</source>
            <translation type="unfinished">Critical Mode I Energy-Release Rate</translation>
        </message>
        <message>
            <source>Critical Mode II Energy-Release Rate</source>
            <translation type="unfinished">Critical Mode II Energy-Release Rate</translation>
        </message>
        <message>
            <source>Critical Mode III Energy-Release Rate</source>
            <translation type="unfinished">Critical Mode III Energy-Release Rate</translation>
        </message>
        <message>
            <source>Critical Porosity</source>
            <translation type="unfinished">Critical Porosity</translation>
        </message>
        <message>
            <source>Critical Strain Value</source>
            <translation>Critical Strain Value</translation>
        </message>
        <message>
            <source>Crosslinked Network Modulus</source>
            <translation type="unfinished">Crosslinked Network Modulus</translation>
        </message>
        <message>
            <source>Crushable Foam</source>
            <translation>Crushable Foam</translation>
        </message>
        <message>
            <source>CU OFHC</source>
            <translation type="unfinished">CU OFHC</translation>
        </message>
        <message>
            <source>CU-OFHC</source>
            <translation type="unfinished">CU-OFHC</translation>
        </message>
        <message>
            <source>CU-OFHC2</source>
            <translation type="unfinished">CU-OFHC2</translation>
        </message>
        <message>
            <source>CU-OFHC-F</source>
            <translation type="unfinished">CU-OFHC-F</translation>
        </message>
        <message>
            <source>Custom Material Models</source>
            <translation type="unfinished">Custom Material Models</translation>
        </message>
        <message>
            <source>Custom Name for C2</source>
            <translation type="unfinished">Custom Name for C2</translation>
        </message>
        <message>
            <source>Custom Name for C3</source>
            <translation type="unfinished">Custom Name for C3</translation>
        </message>
        <message>
            <source>Custom Name for C4</source>
            <translation type="unfinished">Custom Name for C4</translation>
        </message>
        <message>
            <source>Custom Name for SV1</source>
            <translation type="unfinished">Custom Name for SV1</translation>
        </message>
        <message>
            <source>Custom Name for SV2</source>
            <translation type="unfinished">Custom Name for SV2</translation>
        </message>
        <message>
            <source>Cycles</source>
            <translation>Cycles</translation>
        </message>
        <message>
            <source>Cyclic Strain Hardening Exponent</source>
            <translation>Cyclic Strain Hardening Exponent</translation>
        </message>
        <message>
            <source>Cyclic Strength Coefficient</source>
            <translation>Cyclic Strength Coefficient</translation>
        </message>
        <message>
            <source>Cyclic Stress-Strain</source>
            <translation>Cyclic Stress-Strain</translation>
        </message>
        <message>
            <source>CYCLOTOL</source>
            <translation type="unfinished">CYCLOTOL</translation>
        </message>
        <message>
            <source>D[*,1]</source>
            <translation>D[*,1]</translation>
        </message>
        <message>
            <source>D[*,2]</source>
            <translation>D[*,2]</translation>
        </message>
        <message>
            <source>D[*,3]</source>
            <translation>D[*,3]</translation>
        </message>
        <message>
            <source>D[*,4]</source>
            <translation>D[*,4]</translation>
        </message>
        <message>
            <source>D[*,5]</source>
            <translation>D[*,5]</translation>
        </message>
        <message>
            <source>D[*,6]</source>
            <translation>D[*,6]</translation>
        </message>
        <message>
            <source>Damage</source>
            <translation type="unfinished">Damage</translation>
        </message>
        <message>
            <source>Damage Constant 1 1</source>
            <translation>Damage Constant 1 1</translation>
        </message>
        <message>
            <source>Damage Constant 2 2</source>
            <translation>Damage Constant 2 2</translation>
        </message>
        <message>
            <source>Damage Constant D1</source>
            <translation>Damage Constant D1</translation>
        </message>
        <message>
            <source>Damage Constant D2</source>
            <translation>Damage Constant D2</translation>
        </message>
        <message>
            <source>Damage Constant D3</source>
            <translation>Damage Constant D3</translation>
        </message>
        <message>
            <source>Damage Constant D4</source>
            <translation>Damage Constant D4</translation>
        </message>
        <message>
            <source>Damage Constant D5</source>
            <translation>Damage Constant D5</translation>
        </message>
        <message>
            <source>Damage Constant EFMAX D1</source>
            <translation>Damage Constant EFMAX D1</translation>
        </message>
        <message>
            <source>Damage Constant P3 D2</source>
            <translation>Damage Constant P3 D2</translation>
        </message>
        <message>
            <source>Damage Evolution Law</source>
            <translation type="unfinished">Damage Evolution Law</translation>
        </message>
        <message>
            <source>Damage Initiation Criteria</source>
            <translation type="unfinished">Damage Initiation Criteria</translation>
        </message>
        <message>
            <source>Damping Factor (α)</source>
            <translation type="unfinished">Damping Factor (α)</translation>
        </message>
        <message>
            <source>Damping Factor (β)</source>
            <translation>Damping Factor (β)</translation>
        </message>
        <message>
            <source>Data Set</source>
            <translation>Data Set</translation>
        </message>
        <message>
            <source>Data Set Information</source>
            <translation type="unfinished">Data Set Information</translation>
        </message>
        <message>
            <source>Debonding Interface Mode</source>
            <translation type="unfinished">Debonding Interface Mode</translation>
        </message>
        <message>
            <source>Default Data</source>
            <translation type="unfinished">Default Data</translation>
        </message>
        <message>
            <source>Deformation Limit Cutoff</source>
            <translation>Deformation Limit Cutoff</translation>
        </message>
        <message>
            <source>Degradation Parameter M</source>
            <translation type="unfinished">Degradation Parameter M</translation>
        </message>
        <message>
            <source>Degradation Parameter s</source>
            <translation type="unfinished">Degradation Parameter s</translation>
        </message>
        <message>
            <source>Delany-Bazley</source>
            <translation type="unfinished">Delany-Bazley</translation>
        </message>
        <message>
            <source>Demagnetization B-H Curve</source>
            <translation>Demagnetization B-H Curve</translation>
        </message>
        <message>
            <source>Density</source>
            <translation>Density</translation>
        </message>
        <message>
            <source>Density (imag)</source>
            <translation type="unfinished">Density (imag)</translation>
        </message>
        <message>
            <source>Density (real)</source>
            <translation type="unfinished">Density (real)</translation>
        </message>
        <message>
            <source>Density Ideal Gas</source>
            <translation type="obsolete">Density Ideal Gas</translation>
        </message>
        <message>
            <source>Derivative dG/dP G'P</source>
            <translation>Derivative dG/dP G'P</translation>
        </message>
        <message>
            <source>Derivative dG/dT G'T</source>
            <translation>Derivative dG/dT G'T</translation>
        </message>
        <message>
            <source>Derivative dY/dP Y'P</source>
            <translation>Derivative dY/dP Y'P</translation>
        </message>
        <message>
            <source>Derive from</source>
            <translation>Derive from</translation>
        </message>
        <message>
            <source>Diamond</source>
            <translation type="unfinished">Diamond</translation>
        </message>
        <message>
            <source>Diamond High Pressure</source>
            <translation type="unfinished">Diamond High Pressure</translation>
        </message>
        <message>
            <source>Diamond PL CVD</source>
            <translation type="unfinished">Diamond PL CVD</translation>
        </message>
        <message>
            <source>Diesel Liquid</source>
            <translation type="unfinished">Diesel Liquid</translation>
        </message>
        <message>
            <source>Dilatancy</source>
            <translation type="unfinished">Dilatancy</translation>
        </message>
        <message>
            <source>Dilatancy Angle</source>
            <translation type="unfinished">Dilatancy Angle</translation>
        </message>
        <message>
            <source>DIPAM</source>
            <translation type="unfinished">DIPAM</translation>
        </message>
        <message>
            <source>Disilane</source>
            <translation type="unfinished">Disilane</translation>
        </message>
        <message>
            <source>Disilicon Dihydride</source>
            <translation type="unfinished">Disilicon Dihydride</translation>
        </message>
        <message>
            <source>Disilicon Trihydride</source>
            <translation type="unfinished">Disilicon Trihydride</translation>
        </message>
        <message>
            <source>Display</source>
            <translation type="unfinished">Display</translation>
        </message>
        <message>
            <source>Display Curve For</source>
            <translation>Display Curve For</translation>
        </message>
        <message>
            <source>Display Curve Type</source>
            <translation>Display Curve Type</translation>
        </message>
        <message>
            <source>Distribution Type</source>
            <translation>Distribution Type</translation>
        </message>
        <message>
            <source>Dolomite</source>
            <translation type="unfinished">Dolomite</translation>
        </message>
        <message>
            <source>Dr J.F.Moxnes et al. "Mechanical Properties..." - 30th ICT 1999.  (Al/Mg alloy+KClO4+Calc. Resinate)</source>
            <translation type="unfinished">Dr J.F.Moxnes et al. "Mechanical Properties..." - 30th ICT 1999.  (Al/Mg alloy+KClO4+Calc. Resinate)</translation>
        </message>
        <message>
            <source>Drucker-Prager</source>
            <translation type="unfinished">Drucker-Prager</translation>
        </message>
        <message>
            <source>Drucker-Prager Base</source>
            <translation type="unfinished">Drucker-Prager Base</translation>
        </message>
        <message>
            <source>Drucker-Prager Strength</source>
            <translation>Drucker-Prager Strength</translation>
        </message>
        <message>
            <source>Drucker-Prager Strength Linear</source>
            <translation>Drucker-Prager Strength Linear</translation>
        </message>
        <message>
            <source>Drucker-Prager Strength Piecewise</source>
            <translation>Drucker-Prager Strength Piecewise</translation>
        </message>
        <message>
            <source>Drucker-Prager Strength Stassi</source>
            <translation>Drucker-Prager Strength Stassi</translation>
        </message>
        <message>
            <source>Dry Part of Yield Surface Modifier</source>
            <translation type="unfinished">Dry Part of Yield Surface Modifier</translation>
        </message>
        <message>
            <source>DU-.75TI</source>
            <translation type="unfinished">DU-.75TI</translation>
        </message>
        <message>
            <source>Ductility Coefficient</source>
            <translation>Ductility Coefficient</translation>
        </message>
        <message>
            <source>Ductility Exponent</source>
            <translation>Ductility Exponent</translation>
        </message>
        <message>
            <source>dyne cm^-2, K, s^-1</source>
            <translation type="unfinished">dyne cm^-2, K, s^-1</translation>
        </message>
        <message>
            <source>Effective Stress</source>
            <translation type="unfinished">Effective Stress</translation>
        </message>
        <message>
            <source>Effective Yield Strength</source>
            <translation type="unfinished">Effective Yield Strength</translation>
        </message>
        <message>
            <source>EL-506A</source>
            <translation type="unfinished">EL-506A</translation>
        </message>
        <message>
            <source>EL-506C</source>
            <translation type="unfinished">EL-506C</translation>
        </message>
        <message>
            <source>Elastic Limit</source>
            <translation type="unfinished">Elastic Limit</translation>
        </message>
        <message>
            <source>Elastic Limit of Tensile Strength</source>
            <translation type="unfinished">Elastic Limit of Tensile Strength</translation>
        </message>
        <message>
            <source>Elastic Modulus YY</source>
            <translation type="unfinished">Elastic Modulus YY</translation>
        </message>
        <message>
            <source>Elastic Modulus ZZ</source>
            <translation type="unfinished">Elastic Modulus ZZ</translation>
        </message>
        <message>
            <source>Elastic Strength/fc</source>
            <translation>Elastic Strength/fc</translation>
        </message>
        <message>
            <source>Elastic Strength/ft</source>
            <translation>Elastic Strength/ft</translation>
        </message>
        <message>
            <source>Elastic: Engng.Frac.Mech. Vol.21 No.1 pp31-48 1985 Yield: J.Appl.Phys. Vol.64 No.8 pp3901-3910 1988</source>
            <translation type="unfinished">Elastic: Engng.Frac.Mech. Vol.21 No.1 pp31-48 1985 Yield: J.Appl.Phys. Vol.64 No.8 pp3901-3910 1988</translation>
        </message>
        <message>
            <source>Elasticity</source>
            <translation>Elasticity</translation>
        </message>
        <message>
            <source>Elastomer Sample (Mooney-Rivlin)</source>
            <translation type="unfinished">Elastomer Sample (Mooney-Rivlin)</translation>
        </message>
        <message>
            <source>Elastomer Sample (Neo-Hookean)</source>
            <translation type="unfinished">Elastomer Sample (Neo-Hookean)</translation>
        </message>
        <message>
            <source>Elastomer Sample (Ogden)</source>
            <translation type="unfinished">Elastomer Sample (Ogden)</translation>
        </message>
        <message>
            <source>Elastomer Sample (Yeoh )</source>
            <translation type="unfinished">Elastomer Sample (Yeoh )</translation>
        </message>
        <message>
            <source>Elasto-Plastic Behavior</source>
            <translation>Elasto-Plastic Behavior</translation>
        </message>
        <message>
            <source>Electric</source>
            <translation>Electric</translation>
        </message>
        <message>
            <source>Electric Loss Tangent</source>
            <translation>Electric Loss Tangent</translation>
        </message>
        <message>
            <source>Electromagnetics</source>
            <translation>Electromagnetics</translation>
        </message>
        <message>
            <source>Empirical Parameter</source>
            <translation type="unfinished">Empirical Parameter</translation>
        </message>
        <message>
            <source>End Time</source>
            <translation>End Time</translation>
        </message>
        <message>
            <source>Energy Dissipated per Unit Area from Compressive Fiber Damage</source>
            <translation type="unfinished">Energy Dissipated per Unit Area from Compressive Fiber Damage</translation>
        </message>
        <message>
            <source>Energy Dissipated per Unit Area from Compressive Matrix Damage</source>
            <translation type="unfinished">Energy Dissipated per Unit Area from Compressive Matrix Damage</translation>
        </message>
        <message>
            <source>Energy Dissipated per Unit Area from Tensile Fiber Damage</source>
            <translation type="unfinished">Energy Dissipated per Unit Area from Tensile Fiber Damage</translation>
        </message>
        <message>
            <source>Energy Dissipated per Unit Area from Tensile Matrix Damage</source>
            <translation type="unfinished">Energy Dissipated per Unit Area from Tensile Matrix Damage</translation>
        </message>
        <message>
            <source>Energy release constant</source>
            <translation>Energy release constant</translation>
        </message>
        <message>
            <source>Energy release exponent</source>
            <translation>Energy release exponent</translation>
        </message>
        <message>
            <source>Engine Oil</source>
            <translation type="unfinished">Engine Oil</translation>
        </message>
        <message>
            <source>Engng. Frac. Mech. Vol 21. No. 1. pp 31-48. 1985  7th Int. Symp. Ballistics. Johnson + Cook</source>
            <translation type="unfinished">Engng. Frac. Mech. Vol 21. No. 1. pp 31-48. 1985  7th Int. Symp. Ballistics. Johnson + Cook</translation>
        </message>
        <message>
            <source>Engng. Frac. Mech. Vol 21. No. 1. pp 31-48. 1985  Johnson + Cook</source>
            <translation type="unfinished">Engng. Frac. Mech. Vol 21. No. 1. pp 31-48. 1985  Johnson + Cook</translation>
        </message>
        <message>
            <source>Enhanced Damage Constants</source>
            <translation type="unfinished">Enhanced Damage Constants</translation>
        </message>
        <message>
            <source>Enthalpy</source>
            <translation type="unfinished">Enthalpy</translation>
        </message>
        <message>
            <source>Epoxy Carbon UD (230 GPa) Prepreg</source>
            <translation type="unfinished">Epoxy Carbon UD (230 GPa) Prepreg</translation>
        </message>
        <message>
            <source>Epoxy Carbon UD (230 GPa) Wet</source>
            <translation type="unfinished">Epoxy Carbon UD (230 GPa) Wet</translation>
        </message>
        <message>
            <source>Epoxy Carbon UD (395 GPa) Prepreg</source>
            <translation type="unfinished">Epoxy Carbon UD (395 GPa) Prepreg</translation>
        </message>
        <message>
            <source>Epoxy Carbon Woven (230 GPa) Prepreg</source>
            <translation type="unfinished">Epoxy Carbon Woven (230 GPa) Prepreg</translation>
        </message>
        <message>
            <source>Epoxy Carbon Woven (230 GPa) Wet</source>
            <translation type="unfinished">Epoxy Carbon Woven (230 GPa) Wet</translation>
        </message>
        <message>
            <source>Epoxy Carbon Woven (395 GPa) Prepreg</source>
            <translation type="unfinished">Epoxy Carbon Woven (395 GPa) Prepreg</translation>
        </message>
        <message>
            <source>Epoxy E-Glass UD</source>
            <translation type="unfinished">Epoxy E-Glass UD</translation>
        </message>
        <message>
            <source>Epoxy E-Glass Wet</source>
            <translation type="unfinished">Epoxy E-Glass Wet</translation>
        </message>
        <message>
            <source>EPOXY RES</source>
            <translation type="unfinished">EPOXY RES</translation>
        </message>
        <message>
            <source>EPOXY RES2</source>
            <translation type="unfinished">EPOXY RES2</translation>
        </message>
        <message>
            <source>Epoxy S-Glass UD</source>
            <translation type="unfinished">Epoxy S-Glass UD</translation>
        </message>
        <message>
            <source>Epsilon</source>
            <translation type="unfinished">Epsilon</translation>
        </message>
        <message>
            <source>Equation of State</source>
            <translation>Equation of State</translation>
        </message>
        <message>
            <source>Equations of State</source>
            <translation>Equations of State</translation>
        </message>
        <message>
            <source>Ethane</source>
            <translation type="unfinished">Ethane</translation>
        </message>
        <message>
            <source>Ethyl Acetate</source>
            <translation type="unfinished">Ethyl Acetate</translation>
        </message>
        <message>
            <source>Ethyl Alcohol Liquid</source>
            <translation type="unfinished">Ethyl Alcohol Liquid</translation>
        </message>
        <message>
            <source>Ethyl Alcohol Vapor</source>
            <translation type="unfinished">Ethyl Alcohol Vapor</translation>
        </message>
        <message>
            <source>Ethylene</source>
            <translation type="unfinished">Ethylene</translation>
        </message>
        <message>
            <source>Ethylene Glycol</source>
            <translation type="unfinished">Ethylene Glycol</translation>
        </message>
        <message>
            <source>Eulerian</source>
            <translation type="unfinished">Eulerian</translation>
        </message>
        <message>
            <source>Experimental Data</source>
            <translation>Experimental Data</translation>
        </message>
        <message>
            <source>Experimental Stress Strain Data</source>
            <translation type="obsolete">Experimental Stress Strain Data</translation>
        </message>
        <message>
            <source>Explicit Materials</source>
            <translation type="unfinished">Explicit Materials</translation>
        </message>
        <message>
            <source>EXPLOS. D</source>
            <translation type="unfinished">EXPLOS. D</translation>
        </message>
        <message>
            <source>Explosive JWL</source>
            <translation>Explosive JWL</translation>
        </message>
        <message>
            <source>Explosive JWL Miller</source>
            <translation>Explosive JWL Miller</translation>
        </message>
        <message>
            <source>Exponential</source>
            <translation type="unfinished">Exponential</translation>
        </message>
        <message>
            <source>Exponential 3 Parameter Barlat Hardening</source>
            <translation type="unfinished">Exponential 3 Parameter Barlat Hardening</translation>
        </message>
        <message>
            <source>Exponential Barlat Anisotropic Hardening</source>
            <translation type="unfinished">Exponential Barlat Anisotropic Hardening</translation>
        </message>
        <message>
            <source>Exponential for Interface Delamination</source>
            <translation type="unfinished">Exponential for Interface Delamination</translation>
        </message>
        <message>
            <source>Exponential Form</source>
            <translation>Exponential Form</translation>
        </message>
        <message>
            <source>Extended Tube</source>
            <translation type="unfinished">Extended Tube</translation>
        </message>
        <message>
            <source>Extensibility Parameter</source>
            <translation type="unfinished">Extensibility Parameter</translation>
        </message>
        <message>
            <source>Faceted failure surface</source>
            <translation type="unfinished">Faceted failure surface</translation>
        </message>
        <message>
            <source>Factor to determine minimum stress limit after maximum stress occurred for fiber compression SLIMC1</source>
            <translation type="unfinished">Factor to determine minimum stress limit after maximum stress occurred for fiber compression SLIMC1</translation>
        </message>
        <message>
            <source>Factor to determine minimum stress limit after maximum stress occurred for fiber tension SLIMT1</source>
            <translation type="unfinished">Factor to determine minimum stress limit after maximum stress occurred for fiber tension SLIMT1</translation>
        </message>
        <message>
            <source>Factor to determine minimum stress limit after maximum stress occurred for matrix compression SLIMC2</source>
            <translation type="unfinished">Factor to determine minimum stress limit after maximum stress occurred for matrix compression SLIMC2</translation>
        </message>
        <message>
            <source>Factor to determine minimum stress limit after maximum stress occurred for matrix tension SLIMT2</source>
            <translation type="unfinished">Factor to determine minimum stress limit after maximum stress occurred for matrix tension SLIMT2</translation>
        </message>
        <message>
            <source>Factor to determine minimum stress limit after maximum stress occurred for shear SLIMS</source>
            <translation type="unfinished">Factor to determine minimum stress limit after maximum stress occurred for shear SLIMS</translation>
        </message>
        <message>
            <source>Failed Strength Constant α</source>
            <translation>Failed Strength Constant α</translation>
        </message>
        <message>
            <source>Failure</source>
            <translation>Failure</translation>
        </message>
        <message>
            <source>Failure Criteria Option</source>
            <translation type="unfinished">Failure Criteria Option</translation>
        </message>
        <message>
            <source>Failure Plane</source>
            <translation type="unfinished">Failure Plane</translation>
        </message>
        <message>
            <source>Failure Porosity</source>
            <translation type="unfinished">Failure Porosity</translation>
        </message>
        <message>
            <source>Failure Type</source>
            <translation>Failure Type</translation>
        </message>
        <message>
            <source>Fatigue Data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1</source>
            <translation type="unfinished">Fatigue Data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1</translation>
        </message>
        <message>
            <source>Fatigue Strength Coefficient, A</source>
            <translation type="unfinished">Fatigue Strength Coefficient, A</translation>
        </message>
        <message>
            <source>Fatigue Strength Exponent, m</source>
            <translation type="unfinished">Fatigue Strength Exponent, m</translation>
        </message>
        <message>
            <source>FEFO</source>
            <translation type="unfinished">FEFO</translation>
        </message>
        <message>
            <source>Ferrite</source>
            <translation type="unfinished">Ferrite</translation>
        </message>
        <message>
            <source>Ferro Cobalt:  34.5% Co</source>
            <translation type="unfinished">Ferro Cobalt:  34.5% Co</translation>
        </message>
        <message>
            <source>Fiber Angle</source>
            <translation type="unfinished">Fiber Angle</translation>
        </message>
        <message>
            <source>Fiber-reinforced</source>
            <translation type="unfinished">Fiber-reinforced</translation>
        </message>
        <message>
            <source>Fictive Temperature Weight</source>
            <translation type="unfinished">Fictive Temperature Weight</translation>
        </message>
        <message>
            <source>Fictive Zero Thermal Strain Temperature</source>
            <translation type="unfinished">Fictive Zero Thermal Strain Temperature</translation>
        </message>
        <message>
            <source>Field Units</source>
            <translation type="unfinished">Field Units</translation>
        </message>
        <message>
            <source>Field Variable</source>
            <translation type="unfinished">Field Variable</translation>
        </message>
        <message>
            <source>Field Variables</source>
            <translation type="unfinished">Field Variables</translation>
        </message>
        <message>
            <source>First Fatigue Strength Coefficient, A</source>
            <translation type="unfinished">First Fatigue Strength Coefficient, A</translation>
        </message>
        <message>
            <source>First Fatigue Strength Exponent, m</source>
            <translation type="unfinished">First Fatigue Strength Exponent, m</translation>
        </message>
        <message>
            <source>First Tvergaard-Needleman Constant</source>
            <translation type="unfinished">First Tvergaard-Needleman Constant</translation>
        </message>
        <message>
            <source>First-Order</source>
            <translation>First-Order</translation>
        </message>
        <message>
            <source>Fixed Seed</source>
            <translation>Fixed Seed</translation>
        </message>
        <message>
            <source>FLD Transversely Anisotropic Hardening</source>
            <translation type="unfinished">FLD Transversely Anisotropic Hardening</translation>
        </message>
        <message>
            <source>FLOATGLASB</source>
            <translation type="unfinished">FLOATGLASB</translation>
        </message>
        <message>
            <source>FLOATGLASS</source>
            <translation type="unfinished">FLOATGLASS</translation>
        </message>
        <message>
            <source>Flow Rule</source>
            <translation>Flow Rule</translation>
        </message>
        <message>
            <source>Fluid</source>
            <translation type="obsolete">Fluid</translation>
        </message>
        <message>
            <source>Fluid Materials</source>
            <translation type="unfinished">Fluid Materials</translation>
        </message>
        <message>
            <source>Fluid Resistivity</source>
            <translation type="unfinished">Fluid Resistivity</translation>
        </message>
        <message>
            <source>Fluorine</source>
            <translation type="unfinished">Fluorine</translation>
        </message>
        <message>
            <source>Foams</source>
            <translation type="unfinished">Foams</translation>
        </message>
        <message>
            <source>Forming Limit Diagram</source>
            <translation type="unfinished">Forming Limit Diagram</translation>
        </message>
        <message>
            <source>Forming Plasticity</source>
            <translation type="unfinished">Forming Plasticity</translation>
        </message>
        <message>
            <source>Formulation</source>
            <translation type="unfinished">Formulation</translation>
        </message>
        <message>
            <source>FR-4</source>
            <translation type="unfinished">FR-4</translation>
        </message>
        <message>
            <source>FR-4 Epoxy</source>
            <translation type="unfinished">FR-4 Epoxy</translation>
        </message>
        <message>
            <source>Fraction of Reinforcment in X-Axis</source>
            <translation type="unfinished">Fraction of Reinforcment in X-Axis</translation>
        </message>
        <message>
            <source>Fraction of Reinforcment in Y-Axis</source>
            <translation type="unfinished">Fraction of Reinforcment in Y-Axis</translation>
        </message>
        <message>
            <source>Fracture Angle Under Compression</source>
            <translation type="unfinished">Fracture Angle Under Compression</translation>
        </message>
        <message>
            <source>Fracture Criteria</source>
            <translation type="unfinished">Fracture Criteria</translation>
        </message>
        <message>
            <source>Fracture Energy</source>
            <translation type="unfinished">Fracture Energy</translation>
        </message>
        <message>
            <source>Fracture Energy Gf</source>
            <translation>Fracture Energy Gf</translation>
        </message>
        <message>
            <source>Fracture Strength Constant B</source>
            <translation>Fracture Strength Constant B</translation>
        </message>
        <message>
            <source>Fracture Strength Exponent m</source>
            <translation>Fracture Strength Exponent m</translation>
        </message>
        <message>
            <source>Fracture Toughness Ratio</source>
            <translation type="unfinished">Fracture Toughness Ratio</translation>
        </message>
        <message>
            <source>Fracture-Energies based Debonding</source>
            <translation type="unfinished">Fracture-Energies based Debonding</translation>
        </message>
        <message>
            <source>Freon 12</source>
            <translation type="unfinished">Freon 12</translation>
        </message>
        <message>
            <source>Frequency</source>
            <translation type="unfinished">Frequency</translation>
        </message>
        <message>
            <source>ft</source>
            <translation type="obsolete">ft</translation>
        </message>
        <message>
            <source>ft, s, R, slug ft s^-2</source>
            <translation type="unfinished">ft, s, R, slug ft s^-2</translation>
        </message>
        <message>
            <source>Fuel Oil Liquid</source>
            <translation type="unfinished">Fuel Oil Liquid</translation>
        </message>
        <message>
            <source>Fuel Oil Vapor</source>
            <translation type="unfinished">Fuel Oil Vapor</translation>
        </message>
        <message>
            <source>Gallium Arsenide</source>
            <translation type="unfinished">Gallium Arsenide</translation>
        </message>
        <message>
            <source>Gasket</source>
            <translation>Gasket</translation>
        </message>
        <message>
            <source>Gasket Linear Unloading</source>
            <translation type="unfinished">Gasket Linear Unloading</translation>
        </message>
        <message>
            <source>Gasket Model</source>
            <translation>Gasket Model</translation>
        </message>
        <message>
            <source>Gasket Non Linear Unloading</source>
            <translation type="unfinished">Gasket Non Linear Unloading</translation>
        </message>
        <message>
            <source>Gasket Parameters</source>
            <translation>Gasket Parameters</translation>
        </message>
        <message>
            <source>Gasoil Liquid</source>
            <translation type="unfinished">Gasoil Liquid</translation>
        </message>
        <message>
            <source>Gasoil Vapor</source>
            <translation type="unfinished">Gasoil Vapor</translation>
        </message>
        <message>
            <source>General aluminum alloy.  Fatigue properties come from MIL-HDBK-5H, page 3-277. </source>
            <translation type="unfinished">General aluminum alloy.  Fatigue properties come from MIL-HDBK-5H, page 3-277. </translation>
        </message>
        <message>
            <source>General Materials</source>
            <translation type="unfinished">General Materials</translation>
        </message>
        <message>
            <source>General Non-linear Materials</source>
            <translation type="unfinished">General Non-linear Materials</translation>
        </message>
        <message>
            <source>General properties for air.</source>
            <translation type="unfinished">General properties for air.</translation>
        </message>
        <message>
            <source>General use material samples for use in non-linear analyses.</source>
            <translation type="unfinished">General use material samples for use in non-linear analyses.</translation>
        </message>
        <message>
            <source>General use material samples for use in various analyses.</source>
            <translation type="unfinished">General use material samples for use in various analyses.</translation>
        </message>
        <message>
            <source>General use material samples for use with geomechanical models.</source>
            <translation type="unfinished">General use material samples for use with geomechanical models.</translation>
        </message>
        <message>
            <source>Generalized Blackburn</source>
            <translation>Generalized Blackburn</translation>
        </message>
        <message>
            <source>Generalized Exponential</source>
            <translation>Generalized Exponential</translation>
        </message>
        <message>
            <source>Generalized Garofalo</source>
            <translation>Generalized Garofalo</translation>
        </message>
        <message>
            <source>Generalized Graham</source>
            <translation>Generalized Graham</translation>
        </message>
        <message>
            <source>Generalized Time Hardening</source>
            <translation>Generalized Time Hardening</translation>
        </message>
        <message>
            <source>Gent</source>
            <translation>Gent</translation>
        </message>
        <message>
            <source>Geomechanical</source>
            <translation type="unfinished">Geomechanical</translation>
        </message>
        <message>
            <source>Geomechanical Materials</source>
            <translation type="unfinished">Geomechanical Materials</translation>
        </message>
        <message>
            <source>GERMANIUM</source>
            <translation type="unfinished">GERMANIUM</translation>
        </message>
        <message>
            <source>Glass</source>
            <translation type="unfinished">Glass</translation>
        </message>
        <message>
            <source>Glass Coefficient of Thermal Expansion</source>
            <translation type="unfinished">Glass Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Glycerin</source>
            <translation type="unfinished">Glycerin</translation>
        </message>
        <message>
            <source>Gold</source>
            <translation type="unfinished">Gold</translation>
        </message>
        <message>
            <source>GOLD</source>
            <translation type="unfinished">GOLD</translation>
        </message>
        <message>
            <source>GOLD 5% CU</source>
            <translation type="unfinished">GOLD 5% CU</translation>
        </message>
        <message>
            <source>GOLD2</source>
            <translation type="unfinished">GOLD2</translation>
        </message>
        <message>
            <source>Gosh</source>
            <translation type="unfinished">Gosh</translation>
        </message>
        <message>
            <source>Gradual</source>
            <translation>Gradual</translation>
        </message>
        <message>
            <source>Grady Spall Failure</source>
            <translation>Grady Spall Failure</translation>
        </message>
        <message>
            <source>Graphite</source>
            <translation type="unfinished">Graphite</translation>
        </message>
        <message>
            <source>Gray Cast Iron</source>
            <translation type="unfinished">Gray Cast Iron</translation>
        </message>
        <message>
            <source>Green</source>
            <translation type="unfinished">Green</translation>
        </message>
        <message>
            <source>Gruneisen Coefficient</source>
            <translation>Gruneisen Coefficient</translation>
        </message>
        <message>
            <source>Gurson Model</source>
            <translation type="unfinished">Gurson Model</translation>
        </message>
        <message>
            <source>Gypsum</source>
            <translation type="unfinished">Gypsum</translation>
        </message>
        <message>
            <source>H-6</source>
            <translation type="unfinished">H-6</translation>
        </message>
        <message>
            <source>HAFNIUM</source>
            <translation type="unfinished">HAFNIUM</translation>
        </message>
        <message>
            <source>HAFNIUM-2</source>
            <translation type="unfinished">HAFNIUM-2</translation>
        </message>
        <message>
            <source>Hardening Constant</source>
            <translation>Hardening Constant</translation>
        </message>
        <message>
            <source>Hardening Constant B</source>
            <translation>Hardening Constant B</translation>
        </message>
        <message>
            <source>Hardening Constant K</source>
            <translation type="unfinished">Hardening Constant K</translation>
        </message>
        <message>
            <source>Hardening Constant n</source>
            <translation>Hardening Constant n</translation>
        </message>
        <message>
            <source>Hardening Constant#1 C1</source>
            <translation>Hardening Constant#1 C1</translation>
        </message>
        <message>
            <source>Hardening Constant#2 C2</source>
            <translation>Hardening Constant#2 C2</translation>
        </message>
        <message>
            <source>Hardening Constant#3 C3</source>
            <translation>Hardening Constant#3 C3</translation>
        </message>
        <message>
            <source>Hardening Constant#4 C4</source>
            <translation>Hardening Constant#4 C4</translation>
        </message>
        <message>
            <source>Hardening Constant#5 C5</source>
            <translation>Hardening Constant#5 C5</translation>
        </message>
        <message>
            <source>Hardening Exponent</source>
            <translation>Hardening Exponent</translation>
        </message>
        <message>
            <source>Hardening Exponent m</source>
            <translation type="unfinished">Hardening Exponent m</translation>
        </message>
        <message>
            <source>Hardening Exponent n</source>
            <translation>Hardening Exponent n</translation>
        </message>
        <message>
            <source>Hardening Parameter</source>
            <translation type="unfinished">Hardening Parameter</translation>
        </message>
        <message>
            <source>Hardening Slope</source>
            <translation>Hardening Slope</translation>
        </message>
        <message>
            <source>Hardening Type</source>
            <translation type="unfinished">Hardening Type</translation>
        </message>
        <message>
            <source>Hardening/Softening Constant ho</source>
            <translation>Hardening/Softening Constant ho</translation>
        </message>
        <message>
            <source>Has Lateral Strain</source>
            <translation>Has Lateral Strain</translation>
        </message>
        <message>
            <source>Hashin</source>
            <translation type="unfinished">Hashin</translation>
        </message>
        <message>
            <source>Helium</source>
            <translation type="unfinished">Helium</translation>
        </message>
        <message>
            <source>Helium Liquid</source>
            <translation type="unfinished">Helium Liquid</translation>
        </message>
        <message>
            <source>High Porosity Sandstones</source>
            <translation type="unfinished">High Porosity Sandstones</translation>
        </message>
        <message>
            <source>HMX</source>
            <translation type="unfinished">HMX</translation>
        </message>
        <message>
            <source>HMX-INERT</source>
            <translation type="unfinished">HMX-INERT</translation>
        </message>
        <message>
            <source>HMX-TNT</source>
            <translation type="unfinished">HMX-TNT</translation>
        </message>
        <message>
            <source>HNS 1.00</source>
            <translation type="unfinished">HNS 1.00</translation>
        </message>
        <message>
            <source>HNS 1.40</source>
            <translation type="unfinished">HNS 1.40</translation>
        </message>
        <message>
            <source>HNS 1.65</source>
            <translation type="unfinished">HNS 1.65</translation>
        </message>
        <message>
            <source>Honeycomb</source>
            <translation type="unfinished">Honeycomb</translation>
        </message>
        <message>
            <source>Honeycomb Core</source>
            <translation type="unfinished">Honeycomb Core</translation>
        </message>
        <message>
            <source>Hooke Matrix C11</source>
            <translation type="unfinished">Hooke Matrix C11</translation>
        </message>
        <message>
            <source>Hooke Matrix C12</source>
            <translation type="unfinished">Hooke Matrix C12</translation>
        </message>
        <message>
            <source>Hooke Matrix C13</source>
            <translation type="unfinished">Hooke Matrix C13</translation>
        </message>
        <message>
            <source>Hooke Matrix C14</source>
            <translation type="unfinished">Hooke Matrix C14</translation>
        </message>
        <message>
            <source>Hooke Matrix C15</source>
            <translation type="unfinished">Hooke Matrix C15</translation>
        </message>
        <message>
            <source>Hooke Matrix C16</source>
            <translation type="unfinished">Hooke Matrix C16</translation>
        </message>
        <message>
            <source>Hooke Matrix C22</source>
            <translation type="unfinished">Hooke Matrix C22</translation>
        </message>
        <message>
            <source>Hooke Matrix C23</source>
            <translation type="unfinished">Hooke Matrix C23</translation>
        </message>
        <message>
            <source>Hooke Matrix C24</source>
            <translation type="unfinished">Hooke Matrix C24</translation>
        </message>
        <message>
            <source>Hooke Matrix C25</source>
            <translation type="unfinished">Hooke Matrix C25</translation>
        </message>
        <message>
            <source>Hooke Matrix C26</source>
            <translation type="unfinished">Hooke Matrix C26</translation>
        </message>
        <message>
            <source>Hooke Matrix C33</source>
            <translation type="unfinished">Hooke Matrix C33</translation>
        </message>
        <message>
            <source>Hooke Matrix C34</source>
            <translation type="unfinished">Hooke Matrix C34</translation>
        </message>
        <message>
            <source>Hooke Matrix C35</source>
            <translation type="unfinished">Hooke Matrix C35</translation>
        </message>
        <message>
            <source>Hooke Matrix C36</source>
            <translation type="unfinished">Hooke Matrix C36</translation>
        </message>
        <message>
            <source>Hooke Matrix C44</source>
            <translation type="unfinished">Hooke Matrix C44</translation>
        </message>
        <message>
            <source>Hooke Matrix C45</source>
            <translation type="unfinished">Hooke Matrix C45</translation>
        </message>
        <message>
            <source>Hooke Matrix C46</source>
            <translation type="unfinished">Hooke Matrix C46</translation>
        </message>
        <message>
            <source>Hooke Matrix C55</source>
            <translation type="unfinished">Hooke Matrix C55</translation>
        </message>
        <message>
            <source>Hooke Matrix C56</source>
            <translation type="unfinished">Hooke Matrix C56</translation>
        </message>
        <message>
            <source>Hooke Matrix C66</source>
            <translation type="unfinished">Hooke Matrix C66</translation>
        </message>
        <message>
            <source>Hot rolled reinforcing steel</source>
            <translation type="unfinished">Hot rolled reinforcing steel</translation>
        </message>
        <message>
            <source>Hugoniot Elastic Limit HEL</source>
            <translation>Hugoniot Elastic Limit HEL</translation>
        </message>
        <message>
            <source>Hydrazine Liquid</source>
            <translation type="unfinished">Hydrazine Liquid</translation>
        </message>
        <message>
            <source>Hydro(Pmin)</source>
            <translation>Hydro(Pmin)</translation>
        </message>
        <message>
            <source>Hydrodynamic Tensile Limit T</source>
            <translation>Hydrodynamic Tensile Limit T</translation>
        </message>
        <message>
            <source>Hydrogen</source>
            <translation type="unfinished">Hydrogen</translation>
        </message>
        <message>
            <source>Hydrogen Liquid</source>
            <translation type="unfinished">Hydrogen Liquid</translation>
        </message>
        <message>
            <source>Hydrogen Peroxide</source>
            <translation type="unfinished">Hydrogen Peroxide</translation>
        </message>
        <message>
            <source>Hydrogen Sulfide</source>
            <translation type="unfinished">Hydrogen Sulfide</translation>
        </message>
        <message>
            <source>Hydroperoxyl</source>
            <translation type="unfinished">Hydroperoxyl</translation>
        </message>
        <message>
            <source>Hydrostatic Pressure</source>
            <translation>Hydrostatic Pressure</translation>
        </message>
        <message>
            <source>Hydroxyl</source>
            <translation type="unfinished">Hydroxyl</translation>
        </message>
        <message>
            <source>hymu49</source>
            <translation type="unfinished">hymu49</translation>
        </message>
        <message>
            <source>Hyperelastic</source>
            <translation>Hyperelastic</translation>
        </message>
        <message>
            <source>Hyperelastic Experimental Data</source>
            <translation type="unfinished">Hyperelastic Experimental Data</translation>
        </message>
        <message>
            <source>Hyperelastic Materials</source>
            <translation type="unfinished">Hyperelastic Materials</translation>
        </message>
        <message>
            <source>Hysteretic Unloading Factor HU</source>
            <translation type="unfinished">Hysteretic Unloading Factor HU</translation>
        </message>
        <message>
            <source>Ice</source>
            <translation type="unfinished">Ice</translation>
        </message>
        <message>
            <source>Ideal Gas EOS</source>
            <translation>Ideal Gas EOS</translation>
        </message>
        <message>
            <source>Implicit</source>
            <translation>Implicit</translation>
        </message>
        <message>
            <source>in</source>
            <translation type="obsolete">in</translation>
        </message>
        <message>
            <source>in, s, R, slinch in s^-2</source>
            <translation type="unfinished">in, s, R, slinch in s^-2</translation>
        </message>
        <message>
            <source>INCENDPOWD</source>
            <translation type="unfinished">INCENDPOWD</translation>
        </message>
        <message>
            <source>Incompressibility Parameter D1</source>
            <translation>Incompressibility Parameter D1</translation>
        </message>
        <message>
            <source>Incompressibility Parameter D2</source>
            <translation>Incompressibility Parameter D2</translation>
        </message>
        <message>
            <source>Incompressibility Parameter D3</source>
            <translation>Incompressibility Parameter D3</translation>
        </message>
        <message>
            <source>Incompressibility Parameter Di</source>
            <translation>Incompressibility Parameter Di</translation>
        </message>
        <message>
            <source>Index i</source>
            <translation>Index i</translation>
        </message>
        <message>
            <source>INDIUM</source>
            <translation type="unfinished">INDIUM</translation>
        </message>
        <message>
            <source>Ingot iron, annealed</source>
            <translation type="unfinished">Ingot iron, annealed</translation>
        </message>
        <message>
            <source>Initial Cohesion</source>
            <translation type="unfinished">Initial Cohesion</translation>
        </message>
        <message>
            <source>Initial Compaction Pressure Pe</source>
            <translation>Initial Compaction Pressure Pe</translation>
        </message>
        <message>
            <source>Initial Deformation Resistance So</source>
            <translation>Initial Deformation Resistance So</translation>
        </message>
        <message>
            <source>Initial Inner Friction Angle</source>
            <translation type="unfinished">Initial Inner Friction Angle</translation>
        </message>
        <message>
            <source>Initial Porosity</source>
            <translation type="unfinished">Initial Porosity</translation>
        </message>
        <message>
            <source>Initial Shear Modulus Mu</source>
            <translation>Initial Shear Modulus Mu</translation>
        </message>
        <message>
            <source>Initial Size of Yield Surface</source>
            <translation type="unfinished">Initial Size of Yield Surface</translation>
        </message>
        <message>
            <source>Initial Tensile Dilatancy Parameter</source>
            <translation type="unfinished">Initial Tensile Dilatancy Parameter</translation>
        </message>
        <message>
            <source>Initial Tensile Strength</source>
            <translation type="unfinished">Initial Tensile Strength</translation>
        </message>
        <message>
            <source>Initial Void Ratio</source>
            <translation type="unfinished">Initial Void Ratio</translation>
        </message>
        <message>
            <source>Initial Yield Strain</source>
            <translation type="unfinished">Initial Yield Strain</translation>
        </message>
        <message>
            <source>Initial Yield Strength</source>
            <translation type="unfinished">Initial Yield Strength</translation>
        </message>
        <message>
            <source>Initial Yield Stress</source>
            <translation>Initial Yield Stress</translation>
        </message>
        <message>
            <source>Initial Yield Stress A</source>
            <translation>Initial Yield Stress A</translation>
        </message>
        <message>
            <source>Initial Yield Stress Y</source>
            <translation>Initial Yield Stress Y</translation>
        </message>
        <message>
            <source>Inner Friction Angle</source>
            <translation type="unfinished">Inner Friction Angle</translation>
        </message>
        <message>
            <source>Instantaneous</source>
            <translation>Instantaneous</translation>
        </message>
        <message>
            <source>Instantaneous Coefficient of Thermal Expansion</source>
            <translation type="obsolete">Instantaneous Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Instantaneous Shear Modulus (High Rate) G0</source>
            <translation>Instantaneous Shear Modulus (High Rate) G0</translation>
        </message>
        <message>
            <source>Intact Failure Surface Constant A</source>
            <translation>Intact Failure Surface Constant A</translation>
        </message>
        <message>
            <source>Intact Failure Surface Exponent n</source>
            <translation>Intact Failure Surface Exponent n</translation>
        </message>
        <message>
            <source>Intact Strength Constant A</source>
            <translation>Intact Strength Constant A</translation>
        </message>
        <message>
            <source>Intact Strength Constant P1</source>
            <translation>Intact Strength Constant P1</translation>
        </message>
        <message>
            <source>Intact Strength Constant P2</source>
            <translation>Intact Strength Constant P2</translation>
        </message>
        <message>
            <source>Intact Strength Constant S1</source>
            <translation>Intact Strength Constant S1</translation>
        </message>
        <message>
            <source>Intact Strength Constant S2</source>
            <translation>Intact Strength Constant S2</translation>
        </message>
        <message>
            <source>Intact Strength Exponent N</source>
            <translation>Intact Strength Exponent N</translation>
        </message>
        <message>
            <source>Interface Weakening Factor</source>
            <translation type="unfinished">Interface Weakening Factor</translation>
        </message>
        <message>
            <source>Interpolation</source>
            <translation>Interpolation</translation>
        </message>
        <message>
            <source>IRIDIUM</source>
            <translation type="unfinished">IRIDIUM</translation>
        </message>
        <message>
            <source>Iron</source>
            <translation type="unfinished">Iron</translation>
        </message>
        <message>
            <source>IRON</source>
            <translation type="unfinished">IRON</translation>
        </message>
        <message>
            <source>IRON-ARMCO</source>
            <translation type="unfinished">IRON-ARMCO</translation>
        </message>
        <message>
            <source>IRON-ARMCO2</source>
            <translation type="unfinished">IRON-ARMCO2</translation>
        </message>
        <message>
            <source>IRON-C.E.</source>
            <translation type="unfinished">IRON-C.E.</translation>
        </message>
        <message>
            <source>Isobutyl Alcohol</source>
            <translation type="unfinished">Isobutyl Alcohol</translation>
        </message>
        <message>
            <source>Isotropic</source>
            <translation type="unfinished">Isotropic</translation>
        </message>
        <message>
            <source>Isotropic Coefficient of Thermal Expansion Secant</source>
            <translation>Isotropic Coefficient of Thermal Expansion Secant</translation>
        </message>
        <message>
            <source>Isotropic Elasticity</source>
            <translation>Isotropic Elasticity</translation>
        </message>
        <message>
            <source>Isotropic Hardening</source>
            <translation>Isotropic Hardening</translation>
        </message>
        <message>
            <source>Isotropic Hardening Coefficient b</source>
            <translation>Isotropic Hardening Coefficient b</translation>
        </message>
        <message>
            <source>Isotropic Hardening Coefficient Q</source>
            <translation>Isotropic Hardening Coefficient Q</translation>
        </message>
        <message>
            <source>Isotropic Homogeneous Core</source>
            <translation type="unfinished">Isotropic Homogeneous Core</translation>
        </message>
        <message>
            <source>Isotropic Instantaneous Coefficient of Thermal Expansion</source>
            <translation>Isotropic Instantaneous Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Isotropic Relative Permeability</source>
            <translation>Isotropic Relative Permeability</translation>
        </message>
        <message>
            <source>Isotropic Relative Permittivity</source>
            <translation>Isotropic Relative Permittivity</translation>
        </message>
        <message>
            <source>Isotropic Resistivity</source>
            <translation>Isotropic Resistivity</translation>
        </message>
        <message>
            <source>Isotropic Secant Coefficient of Thermal Expansion</source>
            <translation>Isotropic Secant Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Isotropic Seebeck Coefficient</source>
            <translation>Isotropic Seebeck Coefficient</translation>
        </message>
        <message>
            <source>Isotropic Strain Limits</source>
            <translation type="unfinished">Isotropic Strain Limits</translation>
        </message>
        <message>
            <source>Isotropic Thermal Conductivity</source>
            <translation>Isotropic Thermal Conductivity</translation>
        </message>
        <message>
            <source>Johnson Cook Failure</source>
            <translation>Johnson Cook Failure</translation>
        </message>
        <message>
            <source>Johnson Cook Strength</source>
            <translation>Johnson Cook Strength</translation>
        </message>
        <message>
            <source>Johnson-Champoux-Allard</source>
            <translation type="unfinished">Johnson-Champoux-Allard</translation>
        </message>
        <message>
            <source>Johnson-Holmquist Strength</source>
            <translation>Johnson-Holmquist Strength</translation>
        </message>
        <message>
            <source>Johnson-Holmquist Strength Continuous</source>
            <translation>Johnson-Holmquist Strength Continuous</translation>
        </message>
        <message>
            <source>Johnson-Holmquist Strength Segmented</source>
            <translation>Johnson-Holmquist Strength Segmented</translation>
        </message>
        <message>
            <source>Jointed Rock</source>
            <translation type="unfinished">Jointed Rock</translation>
        </message>
        <message>
            <source>JWL Equations of State Coeffs. for High Explosives Lee Finger &amp; Collins. UCID-16189. January 1763</source>
            <translation type="unfinished">JWL Equations of State Coeffs. for High Explosives Lee Finger &amp; Collins. UCID-16189. January 1763</translation>
        </message>
        <message>
            <source>JWL Equations of State Coeffs. for High Explosives Lee Finger &amp; Collins. UCID-16189. January 1973</source>
            <translation type="unfinished">JWL Equations of State Coeffs. for High Explosives Lee Finger &amp; Collins. UCID-16189. January 1973</translation>
        </message>
        <message>
            <source>K</source>
            <translation type="unfinished">K</translation>
        </message>
        <message>
            <source>K, s</source>
            <translation type="unfinished">K, s</translation>
        </message>
        <message>
            <source>Kerosene Liquid</source>
            <translation type="unfinished">Kerosene Liquid</translation>
        </message>
        <message>
            <source>Kerosene Vapor</source>
            <translation type="unfinished">Kerosene Vapor</translation>
        </message>
        <message>
            <source>Kinematic Hardening</source>
            <translation>Kinematic Hardening</translation>
        </message>
        <message>
            <source>Kinematic Hardening Coefficient c1</source>
            <translation>Kinematic Hardening Coefficient c1</translation>
        </message>
        <message>
            <source>Kinematic Hardening Coefficient ca1</source>
            <translation>Kinematic Hardening Coefficient ca1</translation>
        </message>
        <message>
            <source>Kirchof</source>
            <translation type="unfinished">Kirchof</translation>
        </message>
        <message>
            <source>k-Matrix Damping Multiplier</source>
            <translation>k-Matrix Damping Multiplier</translation>
        </message>
        <message>
            <source>L.L. Davis &amp; L.G. Hill, ANFO CYLINDER TESTS, CP620, Shock Compression of Condensed Matter - 2001</source>
            <translation type="unfinished">L.L. Davis &amp; L.G. Hill, ANFO CYLINDER TESTS, CP620, Shock Compression of Condensed Matter - 2001</translation>
        </message>
        <message>
            <source>LA-4167-MS. May 1 1969. Selected Hugoniots</source>
            <translation type="unfinished">LA-4167-MS. May 1 1969. Selected Hugoniots</translation>
        </message>
        <message>
            <source>LA-4167-MS. May 1 1969. Selected Hugoniots: EOS   7th Int. Symp. Ballistics. Johnson + Cook</source>
            <translation type="unfinished">LA-4167-MS. May 1 1969. Selected Hugoniots: EOS   7th Int. Symp. Ballistics. Johnson + Cook</translation>
        </message>
        <message>
            <source>LA-4167-MS. May 1 1969. Selected Hugoniots: EOS 7th Int. Symp. Ballistics. Johnson + Cook</source>
            <translation type="unfinished">LA-4167-MS. May 1 1969. Selected Hugoniots: EOS 7th Int. Symp. Ballistics. Johnson + Cook</translation>
        </message>
        <message>
            <source>LA-4167-MS.May 1 1969. Selected Hugoniots</source>
            <translation type="unfinished">LA-4167-MS.May 1 1969. Selected Hugoniots</translation>
        </message>
        <message>
            <source>Laine L.,Sandvik A.,"Derivation of mechanical properties for sand",4th SILOS,CI-Premier LTD,p361-367</source>
            <translation type="unfinished">Laine L.,Sandvik A.,"Derivation of mechanical properties for sand",4th SILOS,CI-Premier LTD,p361-367</translation>
        </message>
        <message>
            <source>Laminate Composite Fabric Constants</source>
            <translation type="unfinished">Laminate Composite Fabric Constants</translation>
        </message>
        <message>
            <source>Lankford parameter in 0 degree direction</source>
            <translation type="unfinished">Lankford parameter in 0 degree direction</translation>
        </message>
        <message>
            <source>Lankford parameter in 45 degree direction</source>
            <translation type="unfinished">Lankford parameter in 45 degree direction</translation>
        </message>
        <message>
            <source>Lankford parameter in 90 degree direction</source>
            <translation type="unfinished">Lankford parameter in 90 degree direction</translation>
        </message>
        <message>
            <source>LaRc03</source>
            <translation type="unfinished">LaRc03</translation>
        </message>
        <message>
            <source>LaRc03/04 Constants</source>
            <translation type="unfinished">LaRc03/04 Constants</translation>
        </message>
        <message>
            <source>LaRc04</source>
            <translation type="unfinished">LaRc04</translation>
        </message>
        <message>
            <source>Lars Westerling et al "The influence of confinement on..." - Ballistics 1995</source>
            <translation type="unfinished">Lars Westerling et al "The influence of confinement on..." - Ballistics 1995</translation>
        </message>
        <message>
            <source>Lateral Strain</source>
            <translation>Lateral Strain</translation>
        </message>
        <message>
            <source>Lead</source>
            <translation type="unfinished">Lead</translation>
        </message>
        <message>
            <source>LEAD</source>
            <translation type="unfinished">LEAD</translation>
        </message>
        <message>
            <source>LEAD2</source>
            <translation type="unfinished">LEAD2</translation>
        </message>
        <message>
            <source>LEAD3</source>
            <translation type="unfinished">LEAD3</translation>
        </message>
        <message>
            <source>Life</source>
            <translation>Life</translation>
        </message>
        <message>
            <source>Lightweight</source>
            <translation type="unfinished">Lightweight</translation>
        </message>
        <message>
            <source>Lignite</source>
            <translation type="unfinished">Lignite</translation>
        </message>
        <message>
            <source>Limestone</source>
            <translation type="unfinished">Limestone</translation>
        </message>
        <message>
            <source>Limiting Network Stretch</source>
            <translation>Limiting Network Stretch</translation>
        </message>
        <message>
            <source>Limiting Value</source>
            <translation>Limiting Value</translation>
        </message>
        <message>
            <source>Linear</source>
            <translation>Linear</translation>
        </message>
        <message>
            <source>Linear "Hard" Magnetic Material</source>
            <translation>Linear "Hard" Magnetic Material</translation>
        </message>
        <message>
            <source>Linear "Soft" Magnetic Material</source>
            <translation>Linear "Soft" Magnetic Material</translation>
        </message>
        <message>
            <source>Linear Elastic</source>
            <translation>Linear Elastic</translation>
        </message>
        <message>
            <source>Linear Fracture Criterion</source>
            <translation type="unfinished">Linear Fracture Criterion</translation>
        </message>
        <message>
            <source>Linear S-N Curve</source>
            <translation type="unfinished">Linear S-N Curve</translation>
        </message>
        <message>
            <source>Linear Unloading</source>
            <translation>Linear Unloading</translation>
        </message>
        <message>
            <source>Linear Unloading Linear</source>
            <translation type="obsolete">Linear Unloading Linear</translation>
        </message>
        <message>
            <source>Liquid Coefficient of Thermal Expansion</source>
            <translation type="unfinished">Liquid Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Liquid Solid</source>
            <translation type="unfinished">Liquid Solid</translation>
        </message>
        <message>
            <source>LITHIUM</source>
            <translation type="unfinished">LITHIUM</translation>
        </message>
        <message>
            <source>LITHIUM F</source>
            <translation type="unfinished">LITHIUM F</translation>
        </message>
        <message>
            <source>LITH-MAGN</source>
            <translation type="unfinished">LITH-MAGN</translation>
        </message>
        <message>
            <source>Little K</source>
            <translation>Little K</translation>
        </message>
        <message>
            <source>LLL memorandum. August 23 1972. Finger and Lee High Explosives Equations of State</source>
            <translation type="unfinished">LLL memorandum. August 23 1972. Finger and Lee High Explosives Equations of State</translation>
        </message>
        <message>
            <source>LLNL Explosoves Handbook, Properties of Chemical Explosives and Explosive Simulants, B.M. Dobratz, P.C. Crawford, Jan 31 1985</source>
            <translation type="unfinished">LLNL Explosoves Handbook, Properties of Chemical Explosives and Explosive Simulants, B.M. Dobratz, P.C. Crawford, Jan 31 1985</translation>
        </message>
        <message>
            <source>ln(Volumetric Strain)</source>
            <translation type="obsolete">ln(Volumetric Strain)</translation>
        </message>
        <message>
            <source>Lode Dependency Parameter</source>
            <translation type="unfinished">Lode Dependency Parameter</translation>
        </message>
        <message>
            <source>Log-Log</source>
            <translation>Log-Log</translation>
        </message>
        <message>
            <source>Longitudinal Friction Coefficient</source>
            <translation type="unfinished">Longitudinal Friction Coefficient</translation>
        </message>
        <message>
            <source>Low Density Foam</source>
            <translation type="unfinished">Low Density Foam</translation>
        </message>
        <message>
            <source>Lower Limit</source>
            <translation type="unfinished">Lower Limit</translation>
        </message>
        <message>
            <source>LS-4167-MS. May 1 1969. Selected Hugoniots</source>
            <translation type="unfinished">LS-4167-MS. May 1 1969. Selected Hugoniots</translation>
        </message>
        <message>
            <source>LUCITE</source>
            <translation type="unfinished">LUCITE</translation>
        </message>
        <message>
            <source>LX-01</source>
            <translation type="unfinished">LX-01</translation>
        </message>
        <message>
            <source>LX-04-1</source>
            <translation type="unfinished">LX-04-1</translation>
        </message>
        <message>
            <source>LX-07</source>
            <translation type="unfinished">LX-07</translation>
        </message>
        <message>
            <source>LX-09-1</source>
            <translation type="unfinished">LX-09-1</translation>
        </message>
        <message>
            <source>LX-10-1</source>
            <translation type="unfinished">LX-10-1</translation>
        </message>
        <message>
            <source>LX-11</source>
            <translation type="unfinished">LX-11</translation>
        </message>
        <message>
            <source>LX-14-0</source>
            <translation type="unfinished">LX-14-0</translation>
        </message>
        <message>
            <source>LX-17-0</source>
            <translation type="unfinished">LX-17-0</translation>
        </message>
        <message>
            <source>m</source>
            <translation type="obsolete">m</translation>
        </message>
        <message>
            <source>m, s, K, N</source>
            <translation type="unfinished">m, s, K, N</translation>
        </message>
        <message>
            <source>M.Richards et al.-"Ballistic Perfomance Assess. ofGlass Laminates.."-18th Int. Symp. Ballistics 1999</source>
            <translation type="unfinished">M.Richards et al.-"Ballistic Perfomance Assess. ofGlass Laminates.."-18th Int. Symp. Ballistics 1999</translation>
        </message>
        <message>
            <source>M14 Steel</source>
            <translation type="unfinished">M14 Steel</translation>
        </message>
        <message>
            <source>M19 Steel</source>
            <translation type="unfinished">M19 Steel</translation>
        </message>
        <message>
            <source>M2 Steel</source>
            <translation type="unfinished">M2 Steel</translation>
        </message>
        <message>
            <source>M22 Steel</source>
            <translation type="unfinished">M22 Steel</translation>
        </message>
        <message>
            <source>M27 Steel</source>
            <translation type="unfinished">M27 Steel</translation>
        </message>
        <message>
            <source>M3 Steel</source>
            <translation type="unfinished">M3 Steel</translation>
        </message>
        <message>
            <source>M4 Steel</source>
            <translation type="unfinished">M4 Steel</translation>
        </message>
        <message>
            <source>M43 Steel</source>
            <translation type="unfinished">M43 Steel</translation>
        </message>
        <message>
            <source>M47 Steel</source>
            <translation type="unfinished">M47 Steel</translation>
        </message>
        <message>
            <source>M50 Steel</source>
            <translation type="unfinished">M50 Steel</translation>
        </message>
        <message>
            <source>M54 Steel</source>
            <translation type="unfinished">M54 Steel</translation>
        </message>
        <message>
            <source>M6 Steel</source>
            <translation type="unfinished">M6 Steel</translation>
        </message>
        <message>
            <source>MAG AZ-31B</source>
            <translation type="unfinished">MAG AZ-31B</translation>
        </message>
        <message>
            <source>Magnesium</source>
            <translation type="unfinished">Magnesium</translation>
        </message>
        <message>
            <source>MAGNESIUM</source>
            <translation type="unfinished">MAGNESIUM</translation>
        </message>
        <message>
            <source>Magnesium Alloy</source>
            <translation type="unfinished">Magnesium Alloy</translation>
        </message>
        <message>
            <source>Magnesium Alloy NL</source>
            <translation type="unfinished">Magnesium Alloy NL</translation>
        </message>
        <message>
            <source>MAGNESIUM2</source>
            <translation type="unfinished">MAGNESIUM2</translation>
        </message>
        <message>
            <source>Magnetic B-H Curves</source>
            <translation type="unfinished">Magnetic B-H Curves</translation>
        </message>
        <message>
            <source>Magnetic Field Intensity</source>
            <translation>Magnetic Field Intensity</translation>
        </message>
        <message>
            <source>Magnetic Flux Density</source>
            <translation>Magnetic Flux Density</translation>
        </message>
        <message>
            <source>Major in Plane Strain At Failure</source>
            <translation type="unfinished">Major in Plane Strain At Failure</translation>
        </message>
        <message>
            <source>Major Strain (%)</source>
            <translation type="unfinished">Major Strain (%)</translation>
        </message>
        <message>
            <source>Marble</source>
            <translation type="unfinished">Marble</translation>
        </message>
        <message>
            <source>Martensite Modulus</source>
            <translation type="unfinished">Martensite Modulus</translation>
        </message>
        <message>
            <source>Mass-Matrix Damping Multiplier</source>
            <translation type="unfinished">Mass-Matrix Damping Multiplier</translation>
        </message>
        <message>
            <source>Material Classification</source>
            <translation type="unfinished">Material Classification</translation>
        </message>
        <message>
            <source>Material Constant A1</source>
            <translation>Material Constant A1</translation>
        </message>
        <message>
            <source>Material Constant A2</source>
            <translation>Material Constant A2</translation>
        </message>
        <message>
            <source>Material Constant A3</source>
            <translation>Material Constant A3</translation>
        </message>
        <message>
            <source>Material Constant B</source>
            <translation type="unfinished">Material Constant B</translation>
        </message>
        <message>
            <source>Material Constant C</source>
            <translation>Material Constant C</translation>
        </message>
        <message>
            <source>Material Constant C01</source>
            <translation>Material Constant C01</translation>
        </message>
        <message>
            <source>Material Constant C02</source>
            <translation>Material Constant C02</translation>
        </message>
        <message>
            <source>Material Constant C03</source>
            <translation>Material Constant C03</translation>
        </message>
        <message>
            <source>Material Constant C10</source>
            <translation>Material Constant C10</translation>
        </message>
        <message>
            <source>Material Constant C11</source>
            <translation>Material Constant C11</translation>
        </message>
        <message>
            <source>Material Constant C12</source>
            <translation>Material Constant C12</translation>
        </message>
        <message>
            <source>Material Constant C20</source>
            <translation>Material Constant C20</translation>
        </message>
        <message>
            <source>Material Constant C21</source>
            <translation>Material Constant C21</translation>
        </message>
        <message>
            <source>Material Constant C30</source>
            <translation>Material Constant C30</translation>
        </message>
        <message>
            <source>Material Constant M</source>
            <translation type="unfinished">Material Constant M</translation>
        </message>
        <message>
            <source>Material Constant MU1</source>
            <translation>Material Constant MU1</translation>
        </message>
        <message>
            <source>Material Constant MU2</source>
            <translation>Material Constant MU2</translation>
        </message>
        <message>
            <source>Material Constant MU3</source>
            <translation>Material Constant MU3</translation>
        </message>
        <message>
            <source>Material Constant n1</source>
            <translation type="unfinished">Material Constant n1</translation>
        </message>
        <message>
            <source>Material Constant n2</source>
            <translation type="unfinished">Material Constant n2</translation>
        </message>
        <message>
            <source>Material Constant n3</source>
            <translation type="unfinished">Material Constant n3</translation>
        </message>
        <message>
            <source>Material Constant R</source>
            <translation type="unfinished">Material Constant R</translation>
        </message>
        <message>
            <source>Material Constant γ</source>
            <translation>Material Constant γ</translation>
        </message>
        <message>
            <source>Material Constant ζ</source>
            <translation type="unfinished">Material Constant ζ</translation>
        </message>
        <message>
            <source>Material Constant η</source>
            <translation type="unfinished">Material Constant η</translation>
        </message>
        <message>
            <source>Material Constant ξ</source>
            <translation type="unfinished">Material Constant ξ</translation>
        </message>
        <message>
            <source>Material Property Degradation</source>
            <translation type="unfinished">Material Property Degradation</translation>
        </message>
        <message>
            <source>Material samples for use in an explicit analysis.</source>
            <translation type="unfinished">Material samples for use in an explicit analysis.</translation>
        </message>
        <message>
            <source>Material samples specific for composite structures.</source>
            <translation type="unfinished">Material samples specific for composite structures.</translation>
        </message>
        <message>
            <source>Material samples specific for use in a fluid analysis.</source>
            <translation type="unfinished">Material samples specific for use in a fluid analysis.</translation>
        </message>
        <message>
            <source>Material samples specific for use in a thermal analysis.</source>
            <translation type="unfinished">Material samples specific for use in a thermal analysis.</translation>
        </message>
        <message>
            <source>Material Specific</source>
            <translation type="unfinished">Material Specific</translation>
        </message>
        <message>
            <source>Material stress-strain data samples for curve fitting.</source>
            <translation type="unfinished">Material stress-strain data samples for curve fitting.</translation>
        </message>
        <message>
            <source>Maximum Equivalent Plastic Strain EPS</source>
            <translation>Maximum Equivalent Plastic Strain EPS</translation>
        </message>
        <message>
            <source>Maximum Equivalent Tangential Contact Stress</source>
            <translation type="unfinished">Maximum Equivalent Tangential Contact Stress</translation>
        </message>
        <message>
            <source>Maximum Fracture Strength Ratio SFMAX</source>
            <translation>Maximum Fracture Strength Ratio SFMAX</translation>
        </message>
        <message>
            <source>Maximum Fracture Strength SFMAX</source>
            <translation>Maximum Fracture Strength SFMAX</translation>
        </message>
        <message>
            <source>Maximum friction shear stress on crack planes</source>
            <translation type="unfinished">Maximum friction shear stress on crack planes</translation>
        </message>
        <message>
            <source>Maximum Normal Contact Stress</source>
            <translation type="unfinished">Maximum Normal Contact Stress</translation>
        </message>
        <message>
            <source>Maximum Normal Traction</source>
            <translation type="unfinished">Maximum Normal Traction</translation>
        </message>
        <message>
            <source>Maximum Principal Strain</source>
            <translation>Maximum Principal Strain</translation>
        </message>
        <message>
            <source>Maximum Principal Stress</source>
            <translation>Maximum Principal Stress</translation>
        </message>
        <message>
            <source>Maximum Principal Stress Vs ln(Volumetric Strain)</source>
            <translation type="obsolete">Maximum Principal Stress Vs ln(Volumetric Strain)</translation>
        </message>
        <message>
            <source>Maximum Principal Stress Vs Volumetric Strain</source>
            <translation type="unfinished">Maximum Principal Stress Vs Volumetric Strain</translation>
        </message>
        <message>
            <source>Maximum Shear Strain</source>
            <translation>Maximum Shear Strain</translation>
        </message>
        <message>
            <source>Maximum Shear Stress</source>
            <translation>Maximum Shear Stress</translation>
        </message>
        <message>
            <source>Maximum Strain</source>
            <translation type="unfinished">Maximum Strain</translation>
        </message>
        <message>
            <source>Maximum Stress</source>
            <translation type="unfinished">Maximum Stress</translation>
        </message>
        <message>
            <source>Maximum Tangential Traction</source>
            <translation type="unfinished">Maximum Tangential Traction</translation>
        </message>
        <message>
            <source>Maximum Tensile Pressure</source>
            <translation>Maximum Tensile Pressure</translation>
        </message>
        <message>
            <source>Maximum Tensile Stress</source>
            <translation>Maximum Tensile Stress</translation>
        </message>
        <message>
            <source>Maximum Tensile Stress TC</source>
            <translation type="unfinished">Maximum Tensile Stress TC</translation>
        </message>
        <message>
            <source>Maximum Tension Stress</source>
            <translation>Maximum Tension Stress</translation>
        </message>
        <message>
            <source>Maximum through-thickness shear stress after cracking</source>
            <translation type="unfinished">Maximum through-thickness shear stress after cracking</translation>
        </message>
        <message>
            <source>Maximum Transformation Strain</source>
            <translation type="unfinished">Maximum Transformation Strain</translation>
        </message>
        <message>
            <source>Maximum Yield Stress Ymax</source>
            <translation>Maximum Yield Stress Ymax</translation>
        </message>
        <message>
            <source>Mean Strain</source>
            <translation type="unfinished">Mean Strain</translation>
        </message>
        <message>
            <source>Mean Stress</source>
            <translation>Mean Stress</translation>
        </message>
        <message>
            <source>Melting Temperature</source>
            <translation>Melting Temperature</translation>
        </message>
        <message>
            <source>Melting Temperature Tmelt</source>
            <translation>Melting Temperature Tmelt</translation>
        </message>
        <message>
            <source>Menetrey-Willam</source>
            <translation type="unfinished">Menetrey-Willam</translation>
        </message>
        <message>
            <source>Menetrey-Willam Base</source>
            <translation type="unfinished">Menetrey-Willam Base</translation>
        </message>
        <message>
            <source>Mercury</source>
            <translation type="unfinished">Mercury</translation>
        </message>
        <message>
            <source>MERCURY</source>
            <translation type="unfinished">MERCURY</translation>
        </message>
        <message>
            <source>Methane</source>
            <translation type="unfinished">Methane</translation>
        </message>
        <message>
            <source>Methyl Alcohol Liquid</source>
            <translation type="unfinished">Methyl Alcohol Liquid</translation>
        </message>
        <message>
            <source>Methyl Alcohol Vapor</source>
            <translation type="unfinished">Methyl Alcohol Vapor</translation>
        </message>
        <message>
            <source>Mica</source>
            <translation type="unfinished">Mica</translation>
        </message>
        <message>
            <source>Miki</source>
            <translation type="unfinished">Miki</translation>
        </message>
        <message>
            <source>Minimum Failure Fraction</source>
            <translation>Minimum Failure Fraction</translation>
        </message>
        <message>
            <source>Minimum Size of Yield Surface</source>
            <translation type="unfinished">Minimum Size of Yield Surface</translation>
        </message>
        <message>
            <source>Minimum Strain to Failure</source>
            <translation>Minimum Strain to Failure</translation>
        </message>
        <message>
            <source>Minor Strain (%)</source>
            <translation type="unfinished">Minor Strain (%)</translation>
        </message>
        <message>
            <source>Mixed</source>
            <translation type="unfinished">Mixed</translation>
        </message>
        <message>
            <source>mm</source>
            <translation type="obsolete">mm</translation>
        </message>
        <message>
            <source>mm, s, K, tonne mm s^-2</source>
            <translation type="unfinished">mm, s, K, tonne mm s^-2</translation>
        </message>
        <message>
            <source>MO Granular</source>
            <translation>MO Granular</translation>
        </message>
        <message>
            <source>MO Granular Density Hardening</source>
            <translation>MO Granular Density Hardening</translation>
        </message>
        <message>
            <source>MO Granular Pressure Hardening</source>
            <translation>MO Granular Pressure Hardening</translation>
        </message>
        <message>
            <source>MO Granular Variable Shear Modulus</source>
            <translation>MO Granular Variable Shear Modulus</translation>
        </message>
        <message>
            <source>Mode 1 Area Specific Fracture Energy</source>
            <translation type="unfinished">Mode 1 Area Specific Fracture Energy</translation>
        </message>
        <message>
            <source>Mode 1 Area Specific Fracture Energy in Compression</source>
            <translation type="unfinished">Mode 1 Area Specific Fracture Energy in Compression</translation>
        </message>
        <message>
            <source>Mode 1 Area Specific Fracture Energy in Tension</source>
            <translation type="unfinished">Mode 1 Area Specific Fracture Energy in Tension</translation>
        </message>
        <message>
            <source>Mode I</source>
            <translation type="unfinished">Mode I</translation>
        </message>
        <message>
            <source>Mode II</source>
            <translation type="unfinished">Mode II</translation>
        </message>
        <message>
            <source>Model Coefficients</source>
            <translation type="unfinished">Model Coefficients</translation>
        </message>
        <message>
            <source>Model State Variables</source>
            <translation type="unfinished">Model State Variables</translation>
        </message>
        <message>
            <source>Modified B-K Fracture Criterion</source>
            <translation type="unfinished">Modified B-K Fracture Criterion</translation>
        </message>
        <message>
            <source>Modified Cowper Symonds Piecewize Linear Hardening</source>
            <translation type="unfinished">Modified Cowper Symonds Piecewize Linear Hardening</translation>
        </message>
        <message>
            <source>Modified Strain Hardening</source>
            <translation>Modified Strain Hardening</translation>
        </message>
        <message>
            <source>Modified Time Hardening</source>
            <translation>Modified Time Hardening</translation>
        </message>
        <message>
            <source>Mohr-Coulomb</source>
            <translation type="unfinished">Mohr-Coulomb</translation>
        </message>
        <message>
            <source>Molecular Weight</source>
            <translation type="obsolete">Molecular Weight</translation>
        </message>
        <message>
            <source>Moly permalloy</source>
            <translation type="unfinished">Moly permalloy</translation>
        </message>
        <message>
            <source>Molybdenum</source>
            <translation type="unfinished">Molybdenum</translation>
        </message>
        <message>
            <source>MOLYBDENUM</source>
            <translation type="unfinished">MOLYBDENUM</translation>
        </message>
        <message>
            <source>MOLYBDENUM2</source>
            <translation type="unfinished">MOLYBDENUM2</translation>
        </message>
        <message>
            <source>Monel Annealed</source>
            <translation type="unfinished">Monel Annealed</translation>
        </message>
        <message>
            <source>Mooney-Rivlin</source>
            <translation>Mooney-Rivlin</translation>
        </message>
        <message>
            <source>Mooney-Rivlin 2 Parameter</source>
            <translation>Mooney-Rivlin 2 Parameter</translation>
        </message>
        <message>
            <source>Mooney-Rivlin 3 Parameter</source>
            <translation>Mooney-Rivlin 3 Parameter</translation>
        </message>
        <message>
            <source>Mooney-Rivlin 5 Parameter</source>
            <translation>Mooney-Rivlin 5 Parameter</translation>
        </message>
        <message>
            <source>Mooney-Rivlin 9 Parameter</source>
            <translation>Mooney-Rivlin 9 Parameter</translation>
        </message>
        <message>
            <source>MPa, K, s^-1</source>
            <translation type="unfinished">MPa, K, s^-1</translation>
        </message>
        <message>
            <source>Ms Ewa Liden et al. "WHA Long Rods Penetrating.."-16th Int. Symp. Ballistics - September 1996</source>
            <translation type="unfinished">Ms Ewa Liden et al. "WHA Long Rods Penetrating.."-16th Int. Symp. Ballistics - September 1996</translation>
        </message>
        <message>
            <source>Mu metal</source>
            <translation type="unfinished">Mu metal</translation>
        </message>
        <message>
            <source>Mullins Effect</source>
            <translation type="unfinished">Mullins Effect</translation>
        </message>
        <message>
            <source>Multilinear</source>
            <translation type="obsolete">Multilinear</translation>
        </message>
        <message>
            <source>Multilinear FLD Transversely Anisotropic Hardening</source>
            <translation type="unfinished">Multilinear FLD Transversely Anisotropic Hardening</translation>
        </message>
        <message>
            <source>Multilinear Isotropic Hardening</source>
            <translation>Multilinear Isotropic Hardening</translation>
        </message>
        <message>
            <source>Multilinear Kinematic Hardening</source>
            <translation>Multilinear Kinematic Hardening</translation>
        </message>
        <message>
            <source>Multilinear Transversely Anisotropic Hardening</source>
            <translation type="unfinished">Multilinear Transversely Anisotropic Hardening</translation>
        </message>
        <message>
            <source>Multiplier of Stress ξ</source>
            <translation>Multiplier of Stress ξ</translation>
        </message>
        <message>
            <source>N Butane</source>
            <translation type="unfinished">N Butane</translation>
        </message>
        <message>
            <source>N Heptane Liquid</source>
            <translation type="unfinished">N Heptane Liquid</translation>
        </message>
        <message>
            <source>N Heptane Vapor</source>
            <translation type="unfinished">N Heptane Vapor</translation>
        </message>
        <message>
            <source>N Hexane Liquid</source>
            <translation type="unfinished">N Hexane Liquid</translation>
        </message>
        <message>
            <source>N Hexane Vapor</source>
            <translation type="unfinished">N Hexane Vapor</translation>
        </message>
        <message>
            <source>N Octane Liquid</source>
            <translation type="unfinished">N Octane Liquid</translation>
        </message>
        <message>
            <source>N Octane Vapor</source>
            <translation type="unfinished">N Octane Vapor</translation>
        </message>
        <message>
            <source>N Pentane Liquid</source>
            <translation type="unfinished">N Pentane Liquid</translation>
        </message>
        <message>
            <source>N Pentane Vapor</source>
            <translation type="unfinished">N Pentane Vapor</translation>
        </message>
        <message>
            <source>Neo-Hookean</source>
            <translation>Neo-Hookean</translation>
        </message>
        <message>
            <source>NEOPRENE</source>
            <translation type="unfinished">NEOPRENE</translation>
        </message>
        <message>
            <source>Neoprene Rubber</source>
            <translation type="unfinished">Neoprene Rubber</translation>
        </message>
        <message>
            <source>Nickel</source>
            <translation type="unfinished">Nickel</translation>
        </message>
        <message>
            <source>NICKEL</source>
            <translation type="unfinished">NICKEL</translation>
        </message>
        <message>
            <source>NICKEL ALL</source>
            <translation type="unfinished">NICKEL ALL</translation>
        </message>
        <message>
            <source>NICKEL2</source>
            <translation type="unfinished">NICKEL2</translation>
        </message>
        <message>
            <source>NICKEL-200</source>
            <translation type="unfinished">NICKEL-200</translation>
        </message>
        <message>
            <source>NICKEL3</source>
            <translation type="unfinished">NICKEL3</translation>
        </message>
        <message>
            <source>NIOBIUM</source>
            <translation type="unfinished">NIOBIUM</translation>
        </message>
        <message>
            <source>NIOBIUM AL</source>
            <translation type="unfinished">NIOBIUM AL</translation>
        </message>
        <message>
            <source>NIOBIUM2</source>
            <translation type="unfinished">NIOBIUM2</translation>
        </message>
        <message>
            <source>Nitric Acid</source>
            <translation type="unfinished">Nitric Acid</translation>
        </message>
        <message>
            <source>Nitrogen</source>
            <translation type="unfinished">Nitrogen</translation>
        </message>
        <message>
            <source>Nitrogen Liquid</source>
            <translation type="unfinished">Nitrogen Liquid</translation>
        </message>
        <message>
            <source>NM</source>
            <translation type="unfinished">NM</translation>
        </message>
        <message>
            <source>No</source>
            <translation>No</translation>
        </message>
        <message>
            <source>No Bulking</source>
            <translation>No Bulking</translation>
        </message>
        <message>
            <source>No Coupling</source>
            <translation type="unfinished">No Coupling</translation>
        </message>
        <message>
            <source>Nodular Cast Iron</source>
            <translation type="unfinished">Nodular Cast Iron</translation>
        </message>
        <message>
            <source>Nominal Stress</source>
            <translation type="unfinished">Nominal Stress</translation>
        </message>
        <message>
            <source>Non-Dimensional Weighting Parameter</source>
            <translation type="unfinished">Non-Dimensional Weighting Parameter</translation>
        </message>
        <message>
            <source>None</source>
            <translation>None</translation>
        </message>
        <message>
            <source>Nonlinear</source>
            <translation>Nonlinear</translation>
        </message>
        <message>
            <source>Non-Linear</source>
            <translation type="obsolete">Non-Linear</translation>
        </message>
        <message>
            <source>Nonlinear "Hard" Magnetic Material</source>
            <translation>Nonlinear "Hard" Magnetic Material</translation>
        </message>
        <message>
            <source>Nonlinear "Soft" Magnetic Material</source>
            <translation>Nonlinear "Soft" Magnetic Material</translation>
        </message>
        <message>
            <source>Nonlinear Elastic Model with Damage</source>
            <translation>Nonlinear Elastic Model with Damage</translation>
        </message>
        <message>
            <source>Nonlinear Unloading</source>
            <translation>Nonlinear Unloading</translation>
        </message>
        <message>
            <source>Non-Linear Unloading</source>
            <translation>Non-Linear Unloading</translation>
        </message>
        <message>
            <source>Non-Linear Unloading Non-Linear</source>
            <translation type="obsolete">Non-Linear Unloading Non-Linear</translation>
        </message>
        <message>
            <source>Normal Displacement Jump at Completion of Debonding</source>
            <translation type="unfinished">Normal Displacement Jump at Completion of Debonding</translation>
        </message>
        <message>
            <source>Normal Separation Across the Interface</source>
            <translation type="unfinished">Normal Separation Across the Interface</translation>
        </message>
        <message>
            <source>Norton</source>
            <translation>Norton</translation>
        </message>
        <message>
            <source>Nucleation Porosity</source>
            <translation type="unfinished">Nucleation Porosity</translation>
        </message>
        <message>
            <source>Nucleation Strain Controlled</source>
            <translation type="unfinished">Nucleation Strain Controlled</translation>
        </message>
        <message>
            <source>Nucleation Stress Controlled</source>
            <translation type="unfinished">Nucleation Stress Controlled</translation>
        </message>
        <message>
            <source>Number of Cycles at Transition Point, Nq</source>
            <translation type="unfinished">Number of Cycles at Transition Point, Nq</translation>
        </message>
        <message>
            <source>Number of Kinematic Models</source>
            <translation>Number of Kinematic Models</translation>
        </message>
        <message>
            <source>Number of Terms</source>
            <translation type="unfinished">Number of Terms</translation>
        </message>
        <message>
            <source>NYLON</source>
            <translation type="unfinished">NYLON</translation>
        </message>
        <message>
            <source>OCTOL</source>
            <translation type="unfinished">OCTOL</translation>
        </message>
        <message>
            <source>Ogden</source>
            <translation>Ogden</translation>
        </message>
        <message>
            <source>Ogden 1st Order</source>
            <translation>Ogden 1st Order</translation>
        </message>
        <message>
            <source>Ogden 2nd Order</source>
            <translation>Ogden 2nd Order</translation>
        </message>
        <message>
            <source>Ogden 3rd Order</source>
            <translation>Ogden 3rd Order</translation>
        </message>
        <message>
            <source>Ogden Foam</source>
            <translation type="unfinished">Ogden Foam</translation>
        </message>
        <message>
            <source>Ogden Foam 1st Order</source>
            <translation type="unfinished">Ogden Foam 1st Order</translation>
        </message>
        <message>
            <source>Ogden Foam 2nd Order</source>
            <translation type="unfinished">Ogden Foam 2nd Order</translation>
        </message>
        <message>
            <source>Ogden Foam 3rd Order</source>
            <translation type="unfinished">Ogden Foam 3rd Order</translation>
        </message>
        <message>
            <source>Orientation</source>
            <translation type="unfinished">Orientation</translation>
        </message>
        <message>
            <source>Orthotropic Coefficient of Thermal Expansion Secant</source>
            <translation>Orthotropic Coefficient of Thermal Expansion Secant</translation>
        </message>
        <message>
            <source>Orthotropic Elasticity</source>
            <translation>Orthotropic Elasticity</translation>
        </message>
        <message>
            <source>Orthotropic Homogeneous Core</source>
            <translation type="unfinished">Orthotropic Homogeneous Core</translation>
        </message>
        <message>
            <source>Orthotropic Instantaneous Coefficient of Thermal Expansion</source>
            <translation>Orthotropic Instantaneous Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Orthotropic Relative Permeability</source>
            <translation>Orthotropic Relative Permeability</translation>
        </message>
        <message>
            <source>Orthotropic Relative Permittivity</source>
            <translation>Orthotropic Relative Permittivity</translation>
        </message>
        <message>
            <source>Orthotropic Resistivity</source>
            <translation>Orthotropic Resistivity</translation>
        </message>
        <message>
            <source>Orthotropic Secant Coefficient of Thermal Expansion</source>
            <translation>Orthotropic Secant Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Orthotropic Seebeck Coefficient</source>
            <translation>Orthotropic Seebeck Coefficient</translation>
        </message>
        <message>
            <source>Orthotropic Strain Limits</source>
            <translation type="unfinished">Orthotropic Strain Limits</translation>
        </message>
        <message>
            <source>Orthotropic Stress Limits</source>
            <translation type="unfinished">Orthotropic Stress Limits</translation>
        </message>
        <message>
            <source>Orthotropic Thermal Conductivity</source>
            <translation>Orthotropic Thermal Conductivity</translation>
        </message>
        <message>
            <source>Oxygen</source>
            <translation type="unfinished">Oxygen</translation>
        </message>
        <message>
            <source>Oxygen Liquid</source>
            <translation type="unfinished">Oxygen Liquid</translation>
        </message>
        <message>
            <source>P.J. Miller and R.H. Guirguis, "Experimental Study and Model Calculations of Metal Combustion in AL/AP Underwater Explosives", in Structure and Properties of Energetic Materials, edited by J. Gilman, R. Armstrong, and D. Liebenberg (Mater. Res. Soc. Proc.</source>
            <translation type="unfinished">P.J. Miller and R.H. Guirguis, "Experimental Study and Model Calculations of Metal Combustion in AL/AP Underwater Explosives", in Structure and Properties of Energetic Materials, edited by J. Gilman, R. Armstrong, and D. Liebenberg (Mater. Res. Soc. Proc.</translation>
        </message>
        <message>
            <source>P.Lundberg + L.Westerling-"Simulation of Long..." Proc.1st Euro.Ceramic Modelling Workshop-Sept 1999</source>
            <translation type="unfinished">P.Lundberg + L.Westerling-"Simulation of Long..." Proc.1st Euro.Ceramic Modelling Workshop-Sept 1999</translation>
        </message>
        <message>
            <source>Pa, K, s^-1</source>
            <translation type="unfinished">Pa, K, s^-1</translation>
        </message>
        <message>
            <source>Palladium</source>
            <translation type="unfinished">Palladium</translation>
        </message>
        <message>
            <source>PALLADIUM</source>
            <translation type="unfinished">PALLADIUM</translation>
        </message>
        <message>
            <source>P-alpha EOS</source>
            <translation>P-alpha EOS</translation>
        </message>
        <message>
            <source>PARAFFIN</source>
            <translation type="unfinished">PARAFFIN</translation>
        </message>
        <message>
            <source>Parameter A</source>
            <translation>Parameter A</translation>
        </message>
        <message>
            <source>Parameter A1</source>
            <translation>Parameter A1</translation>
        </message>
        <message>
            <source>Parameter A2</source>
            <translation>Parameter A2</translation>
        </message>
        <message>
            <source>Parameter A3</source>
            <translation>Parameter A3</translation>
        </message>
        <message>
            <source>Parameter B</source>
            <translation>Parameter B</translation>
        </message>
        <message>
            <source>Parameter B0</source>
            <translation>Parameter B0</translation>
        </message>
        <message>
            <source>Parameter B1</source>
            <translation>Parameter B1</translation>
        </message>
        <message>
            <source>Parameter C1</source>
            <translation>Parameter C1</translation>
        </message>
        <message>
            <source>Parameter C2</source>
            <translation>Parameter C2</translation>
        </message>
        <message>
            <source>Parameter Quadratic S2</source>
            <translation>Parameter Quadratic S2</translation>
        </message>
        <message>
            <source>Parameter R1</source>
            <translation>Parameter R1</translation>
        </message>
        <message>
            <source>Parameter R2</source>
            <translation>Parameter R2</translation>
        </message>
        <message>
            <source>Parameter S1</source>
            <translation>Parameter S1</translation>
        </message>
        <message>
            <source>Parameter S2</source>
            <translation>Parameter S2</translation>
        </message>
        <message>
            <source>Parameter T1</source>
            <translation>Parameter T1</translation>
        </message>
        <message>
            <source>Parameter T2</source>
            <translation>Parameter T2</translation>
        </message>
        <message>
            <source>Parameter W</source>
            <translation>Parameter W</translation>
        </message>
        <message>
            <source>Partial Fictive Temperature Parameter Set</source>
            <translation type="unfinished">Partial Fictive Temperature Parameter Set</translation>
        </message>
        <message>
            <source>Particle Mixture Template</source>
            <translation type="unfinished">Particle Mixture Template</translation>
        </message>
        <message>
            <source>PBX-9010</source>
            <translation type="unfinished">PBX-9010</translation>
        </message>
        <message>
            <source>PBX-9011</source>
            <translation type="unfinished">PBX-9011</translation>
        </message>
        <message>
            <source>PBX-9404-3</source>
            <translation type="unfinished">PBX-9404-3</translation>
        </message>
        <message>
            <source>PBX-9407</source>
            <translation type="unfinished">PBX-9407</translation>
        </message>
        <message>
            <source>PBX-9501</source>
            <translation type="unfinished">PBX-9501</translation>
        </message>
        <message>
            <source>PBX-9502</source>
            <translation type="unfinished">PBX-9502</translation>
        </message>
        <message>
            <source>Peat</source>
            <translation type="unfinished">Peat</translation>
        </message>
        <message>
            <source>PENTOLITE</source>
            <translation type="unfinished">PENTOLITE</translation>
        </message>
        <message>
            <source>Perforated Media</source>
            <translation type="unfinished">Perforated Media</translation>
        </message>
        <message>
            <source>PERICLASE</source>
            <translation type="unfinished">PERICLASE</translation>
        </message>
        <message>
            <source>PETN 0.88</source>
            <translation type="unfinished">PETN 0.88</translation>
        </message>
        <message>
            <source>PETN 1.26</source>
            <translation type="unfinished">PETN 1.26</translation>
        </message>
        <message>
            <source>PETN 1.50</source>
            <translation type="unfinished">PETN 1.50</translation>
        </message>
        <message>
            <source>PETN 1.77</source>
            <translation type="unfinished">PETN 1.77</translation>
        </message>
        <message>
            <source>Phase Constant (Radians/Length)</source>
            <translation type="unfinished">Phase Constant (Radians/Length)</translation>
        </message>
        <message>
            <source>PHENOXY</source>
            <translation type="unfinished">PHENOXY</translation>
        </message>
        <message>
            <source>Physical Properties</source>
            <translation>Physical Properties</translation>
        </message>
        <message>
            <source>Piecewise</source>
            <translation type="obsolete">Piecewise</translation>
        </message>
        <message>
            <source>Piecewize Linear Hardening</source>
            <translation type="unfinished">Piecewize Linear Hardening</translation>
        </message>
        <message>
            <source>Plakin Special Hardening Law</source>
            <translation>Plakin Special Hardening Law</translation>
        </message>
        <message>
            <source>Plastic Slope Parameter</source>
            <translation type="unfinished">Plastic Slope Parameter</translation>
        </message>
        <message>
            <source>Plastic Strain</source>
            <translation>Plastic Strain</translation>
        </message>
        <message>
            <source>Plastic Strain at Transition from Power Law to Exponential Softening</source>
            <translation type="unfinished">Plastic Strain at Transition from Power Law to Exponential Softening</translation>
        </message>
        <message>
            <source>Plastic Strain at Uniaxial Compressive Strength</source>
            <translation type="unfinished">Plastic Strain at Uniaxial Compressive Strength</translation>
        </message>
        <message>
            <source>Plastic Strain Failure</source>
            <translation>Plastic Strain Failure</translation>
        </message>
        <message>
            <source>Plastic Strain Failure Temperature Dependent</source>
            <translation type="unfinished">Plastic Strain Failure Temperature Dependent</translation>
        </message>
        <message>
            <source>Plastic Strain Limit in Tension</source>
            <translation type="unfinished">Plastic Strain Limit in Tension</translation>
        </message>
        <message>
            <source>Plasticity</source>
            <translation>Plasticity</translation>
        </message>
        <message>
            <source>PLAT 20%IR</source>
            <translation type="unfinished">PLAT 20%IR</translation>
        </message>
        <message>
            <source>Platinum</source>
            <translation type="unfinished">Platinum</translation>
        </message>
        <message>
            <source>PLATINUM</source>
            <translation type="unfinished">PLATINUM</translation>
        </message>
        <message>
            <source>PLATINUM2</source>
            <translation type="unfinished">PLATINUM2</translation>
        </message>
        <message>
            <source>PLEXIGLAS</source>
            <translation type="unfinished">PLEXIGLAS</translation>
        </message>
        <message>
            <source>Ply Type</source>
            <translation type="unfinished">Ply Type</translation>
        </message>
        <message>
            <source>Poisson Coefficient</source>
            <translation>Poisson Coefficient</translation>
        </message>
        <message>
            <source>Poisson Coefficient X direction</source>
            <translation>Poisson Coefficient X direction</translation>
        </message>
        <message>
            <source>Poisson Coefficient Y direction</source>
            <translation>Poisson Coefficient Y direction</translation>
        </message>
        <message>
            <source>Poisson Coefficient Z direction</source>
            <translation>Poisson Coefficient Z direction</translation>
        </message>
        <message>
            <source>Poisson's Ratio</source>
            <translation>Poisson's Ratio</translation>
        </message>
        <message>
            <source>Poisson's Ratio of Reinforcement</source>
            <translation type="unfinished">Poisson's Ratio of Reinforcement</translation>
        </message>
        <message>
            <source>Poisson's Ratio XY</source>
            <translation>Poisson's Ratio XY</translation>
        </message>
        <message>
            <source>Poisson's Ratio XZ</source>
            <translation>Poisson's Ratio XZ</translation>
        </message>
        <message>
            <source>Poisson's Ratio YZ</source>
            <translation>Poisson's Ratio YZ</translation>
        </message>
        <message>
            <source>POLYCARB</source>
            <translation type="unfinished">POLYCARB</translation>
        </message>
        <message>
            <source>POLYETHYL.</source>
            <translation type="unfinished">POLYETHYL.</translation>
        </message>
        <message>
            <source>Polyethylene</source>
            <translation type="unfinished">Polyethylene</translation>
        </message>
        <message>
            <source>Polyimide</source>
            <translation type="unfinished">Polyimide</translation>
        </message>
        <message>
            <source>Polynomial</source>
            <translation>Polynomial</translation>
        </message>
        <message>
            <source>Polynomial 1st Order</source>
            <translation>Polynomial 1st Order</translation>
        </message>
        <message>
            <source>Polynomial 2nd Order</source>
            <translation>Polynomial 2nd Order</translation>
        </message>
        <message>
            <source>Polynomial 3rd Order</source>
            <translation>Polynomial 3rd Order</translation>
        </message>
        <message>
            <source>Polynomial EOS</source>
            <translation>Polynomial EOS</translation>
        </message>
        <message>
            <source>POLYRUBBER</source>
            <translation type="unfinished">POLYRUBBER</translation>
        </message>
        <message>
            <source>POLYRUBBERh</source>
            <translation type="unfinished">POLYRUBBERh</translation>
        </message>
        <message>
            <source>POLYSTYREN</source>
            <translation type="unfinished">POLYSTYREN</translation>
        </message>
        <message>
            <source>POLYURETH</source>
            <translation type="unfinished">POLYURETH</translation>
        </message>
        <message>
            <source>POLYURETH.</source>
            <translation type="unfinished">POLYURETH.</translation>
        </message>
        <message>
            <source>Poorly consolidated Sandstones</source>
            <translation type="unfinished">Poorly consolidated Sandstones</translation>
        </message>
        <message>
            <source>Porcelain</source>
            <translation type="unfinished">Porcelain</translation>
        </message>
        <message>
            <source>Porosity</source>
            <translation>Porosity</translation>
        </message>
        <message>
            <source>Porous Elasticity</source>
            <translation type="unfinished">Porous Elasticity</translation>
        </message>
        <message>
            <source>Porous Soundspeed</source>
            <translation>Porous Soundspeed</translation>
        </message>
        <message>
            <source>POTASSIUM</source>
            <translation type="unfinished">POTASSIUM</translation>
        </message>
        <message>
            <source>Powdered iron Sintered plus annealed</source>
            <translation type="unfinished">Powdered iron Sintered plus annealed</translation>
        </message>
        <message>
            <source>Power Law Fracture Criterion</source>
            <translation type="unfinished">Power Law Fracture Criterion</translation>
        </message>
        <message>
            <source>Power Law Hardening</source>
            <translation type="unfinished">Power Law Hardening</translation>
        </message>
        <message>
            <source>Pre-burn bulk modulus</source>
            <translation>Pre-burn bulk modulus</translation>
        </message>
        <message>
            <source>Pre-exponential Factor A</source>
            <translation>Pre-exponential Factor A</translation>
        </message>
        <message>
            <source>Pressure</source>
            <translation>Pressure</translation>
        </message>
        <message>
            <source>Pressure exponent</source>
            <translation>Pressure exponent</translation>
        </message>
        <message>
            <source>Pressure P</source>
            <translation>Pressure P</translation>
        </message>
        <message>
            <source>Pressure Shift</source>
            <translation>Pressure Shift</translation>
        </message>
        <message>
            <source>Pressure vs. Volume and Energy Relationships</source>
            <translation>Pressure vs. Volume and Energy Relationships</translation>
        </message>
        <message>
            <source>Principal Strain Failure</source>
            <translation>Principal Strain Failure</translation>
        </message>
        <message>
            <source>Principal Stress</source>
            <translation>Principal Stress</translation>
        </message>
        <message>
            <source>Principal Stress Failure</source>
            <translation>Principal Stress Failure</translation>
        </message>
        <message>
            <source>Private Communication M J Murphy. June 1986</source>
            <translation type="unfinished">Private Communication M J Murphy. June 1986</translation>
        </message>
        <message>
            <source>Prony</source>
            <translation type="unfinished">Prony</translation>
        </message>
        <message>
            <source>Prony Shear Relaxation</source>
            <translation type="unfinished">Prony Shear Relaxation</translation>
        </message>
        <message>
            <source>Prony Volumetric Relaxation</source>
            <translation type="unfinished">Prony Volumetric Relaxation</translation>
        </message>
        <message>
            <source>Propane</source>
            <translation type="unfinished">Propane</translation>
        </message>
        <message>
            <source>Propylene</source>
            <translation type="unfinished">Propylene</translation>
        </message>
        <message>
            <source>Puck</source>
            <translation type="unfinished">Puck</translation>
        </message>
        <message>
            <source>Puck Constants</source>
            <translation type="unfinished">Puck Constants</translation>
        </message>
        <message>
            <source>Pure Iron Annealed</source>
            <translation type="unfinished">Pure Iron Annealed</translation>
        </message>
        <message>
            <source>Pure Nickel Annealed</source>
            <translation type="unfinished">Pure Nickel Annealed</translation>
        </message>
        <message>
            <source>PVC Foam (60 kg m^-3)</source>
            <translation type="unfinished">PVC Foam (60 kg m^-3)</translation>
        </message>
        <message>
            <source>PVC Foam (80 kg m^-3)</source>
            <translation type="unfinished">PVC Foam (80 kg m^-3)</translation>
        </message>
        <message>
            <source>QUARTZ</source>
            <translation type="unfinished">QUARTZ</translation>
        </message>
        <message>
            <source>Quartz Glass</source>
            <translation type="unfinished">Quartz Glass</translation>
        </message>
        <message>
            <source>Quenched and tempered prestressing steel</source>
            <translation type="unfinished">Quenched and tempered prestressing steel</translation>
        </message>
        <message>
            <source>R</source>
            <translation type="unfinished">R</translation>
        </message>
        <message>
            <source>R, s</source>
            <translation type="unfinished">R, s</translation>
        </message>
        <message>
            <source>Radial Return</source>
            <translation>Radial Return</translation>
        </message>
        <message>
            <source>Random Seed</source>
            <translation>Random Seed</translation>
        </message>
        <message>
            <source>Rate Independent Low Density Foam</source>
            <translation type="unfinished">Rate Independent Low Density Foam</translation>
        </message>
        <message>
            <source>Rate Sensitive Power Law Hardening</source>
            <translation type="unfinished">Rate Sensitive Power Law Hardening</translation>
        </message>
        <message>
            <source>Ratio</source>
            <translation type="unfinished">Ratio</translation>
        </message>
        <message>
            <source>Rational Polynomial</source>
            <translation>Rational Polynomial</translation>
        </message>
        <message>
            <source>Reactance</source>
            <translation type="unfinished">Reactance</translation>
        </message>
        <message>
            <source>Red</source>
            <translation type="unfinished">Red</translation>
        </message>
        <message>
            <source>Reduce All Surfaces to Residuals on Either Joint or Base Yielding</source>
            <translation type="unfinished">Reduce All Surfaces to Residuals on Either Joint or Base Yielding</translation>
        </message>
        <message>
            <source>Reduce Base Surfaces to Residuals on Base Yielding</source>
            <translation type="unfinished">Reduce Base Surfaces to Residuals on Base Yielding</translation>
        </message>
        <message>
            <source>Reduce Joint Surfaces to Residuals on Joint Yielding</source>
            <translation type="unfinished">Reduce Joint Surfaces to Residuals on Joint Yielding</translation>
        </message>
        <message>
            <source>Reference Length Unit</source>
            <translation type="obsolete">Reference Length Unit</translation>
        </message>
        <message>
            <source>Reference Strain Rate (/sec)</source>
            <translation>Reference Strain Rate (/sec)</translation>
        </message>
        <message>
            <source>Reference Temperature</source>
            <translation>Reference Temperature</translation>
        </message>
        <message>
            <source>Reference Temperature Secant</source>
            <translation type="obsolete">Reference Temperature Secant</translation>
        </message>
        <message>
            <source>Reference Units (Length, Time, Temperature, Force)</source>
            <translation type="unfinished">Reference Units (Length, Time, Temperature, Force)</translation>
        </message>
        <message>
            <source>Reference Units (Stress, Temperature, Per Time)</source>
            <translation type="unfinished">Reference Units (Stress, Temperature, Per Time)</translation>
        </message>
        <message>
            <source>Reference Units (Temperature)</source>
            <translation type="unfinished">Reference Units (Temperature)</translation>
        </message>
        <message>
            <source>Reference Units (Temperature, Time)</source>
            <translation type="unfinished">Reference Units (Temperature, Time)</translation>
        </message>
        <message>
            <source>Regular</source>
            <translation type="unfinished">Regular</translation>
        </message>
        <message>
            <source>Relative Moduli(i)</source>
            <translation type="unfinished">Relative Moduli(i)</translation>
        </message>
        <message>
            <source>Relative Permeability</source>
            <translation>Relative Permeability</translation>
        </message>
        <message>
            <source>Relative Permeability X direction</source>
            <translation>Relative Permeability X direction</translation>
        </message>
        <message>
            <source>Relative Permeability Y direction</source>
            <translation>Relative Permeability Y direction</translation>
        </message>
        <message>
            <source>Relative Permeability Z direction</source>
            <translation>Relative Permeability Z direction</translation>
        </message>
        <message>
            <source>Relative Permittivity</source>
            <translation>Relative Permittivity</translation>
        </message>
        <message>
            <source>Relative Permittivity X direction</source>
            <translation>Relative Permittivity X direction</translation>
        </message>
        <message>
            <source>Relative Permittivity Y direction</source>
            <translation>Relative Permittivity Y direction</translation>
        </message>
        <message>
            <source>Relative Permittivity Z direction</source>
            <translation>Relative Permittivity Z direction</translation>
        </message>
        <message>
            <source>Relative Stress at Start of Nonlinear Hardening</source>
            <translation type="unfinished">Relative Stress at Start of Nonlinear Hardening</translation>
        </message>
        <message>
            <source>Relative Volume VB/V0</source>
            <translation>Relative Volume VB/V0</translation>
        </message>
        <message>
            <source>Relative Volume VE/V0</source>
            <translation>Relative Volume VE/V0</translation>
        </message>
        <message>
            <source>Relaxation Time(i)</source>
            <translation type="unfinished">Relaxation Time(i)</translation>
        </message>
        <message>
            <source>Reorientation About Negative Z Axis</source>
            <translation type="unfinished">Reorientation About Negative Z Axis</translation>
        </message>
        <message>
            <source>Reorientation About New Y Axis</source>
            <translation type="unfinished">Reorientation About New Y Axis</translation>
        </message>
        <message>
            <source>Residual Cohesion</source>
            <translation type="unfinished">Residual Cohesion</translation>
        </message>
        <message>
            <source>Residual Compressive Relative Stress</source>
            <translation type="unfinished">Residual Compressive Relative Stress</translation>
        </message>
        <message>
            <source>Residual Induction</source>
            <translation>Residual Induction</translation>
        </message>
        <message>
            <source>Residual Inner Friction Angle</source>
            <translation type="unfinished">Residual Inner Friction Angle</translation>
        </message>
        <message>
            <source>Residual Relative Stress at Transition from Power Law to Exponential Softening </source>
            <translation type="unfinished">Residual Relative Stress at Transition from Power Law to Exponential Softening </translation>
        </message>
        <message>
            <source>Residual Shear Modulus Fraction</source>
            <translation>Residual Shear Modulus Fraction</translation>
        </message>
        <message>
            <source>Residual Strength Coupling</source>
            <translation type="unfinished">Residual Strength Coupling</translation>
        </message>
        <message>
            <source>Residual Tensile Relative Stress</source>
            <translation type="unfinished">Residual Tensile Relative Stress</translation>
        </message>
        <message>
            <source>Residual Tensile Relative Stress Point 1</source>
            <translation type="unfinished">Residual Tensile Relative Stress Point 1</translation>
        </message>
        <message>
            <source>Residual Tensile Relative Stress Point 2</source>
            <translation type="unfinished">Residual Tensile Relative Stress Point 2</translation>
        </message>
        <message>
            <source>Residual Tensile Relative Stress Point 3</source>
            <translation type="unfinished">Residual Tensile Relative Stress Point 3</translation>
        </message>
        <message>
            <source>Residual Tensile Strength</source>
            <translation type="unfinished">Residual Tensile Strength</translation>
        </message>
        <message>
            <source>Resin Epoxy</source>
            <translation type="unfinished">Resin Epoxy</translation>
        </message>
        <message>
            <source>Resin Polyester</source>
            <translation type="unfinished">Resin Polyester</translation>
        </message>
        <message>
            <source>Resistance</source>
            <translation type="unfinished">Resistance</translation>
        </message>
        <message>
            <source>Resistivity</source>
            <translation>Resistivity</translation>
        </message>
        <message>
            <source>Resistivity X direction</source>
            <translation>Resistivity X direction</translation>
        </message>
        <message>
            <source>Resistivity Y direction</source>
            <translation>Resistivity Y direction</translation>
        </message>
        <message>
            <source>Resistivity Z direction</source>
            <translation>Resistivity Z direction</translation>
        </message>
        <message>
            <source>Response Function</source>
            <translation>Response Function</translation>
        </message>
        <message>
            <source>RHA</source>
            <translation type="unfinished">RHA</translation>
        </message>
        <message>
            <source>RHENIUM</source>
            <translation type="unfinished">RHENIUM</translation>
        </message>
        <message>
            <source>RHODIUM</source>
            <translation type="unfinished">RHODIUM</translation>
        </message>
        <message>
            <source>RHT Concrete Failure</source>
            <translation>RHT Concrete Failure</translation>
        </message>
        <message>
            <source>RHT Concrete Strength</source>
            <translation>RHT Concrete Strength</translation>
        </message>
        <message>
            <source>Riedel et al."Penetration of Reinforced Concrete" ISIEMS'99 pp315. Riedel W. "Beton unter dynamischen Lasten" Ed. Frauhhofer EMI, IRB-Verlag, 2004, ISBN 3-8167-6340-5 
Riedel, et al. "Numerical Assessment for Impact Strength" IJIE 36 (2009) pp283.</source>
            <translation type="unfinished">Riedel et al."Penetration of Reinforced Concrete" ISIEMS'99 pp315. Riedel W. "Beton unter dynamischen Lasten" Ed. Frauhhofer EMI, IRB-Verlag, 2004, ISBN 3-8167-6340-5 
Riedel, et al. "Numerical Assessment for Impact Strength" IJIE 36 (2009) pp283.</translation>
        </message>
        <message>
            <source>R-Ratio</source>
            <translation>R-Ratio</translation>
        </message>
        <message>
            <source>Rubber Hard</source>
            <translation type="unfinished">Rubber Hard</translation>
        </message>
        <message>
            <source>Rubber1</source>
            <translation type="unfinished">Rubber1</translation>
        </message>
        <message>
            <source>Rubber2</source>
            <translation type="unfinished">Rubber2</translation>
        </message>
        <message>
            <source>RUBIDIUM</source>
            <translation type="unfinished">RUBIDIUM</translation>
        </message>
        <message>
            <source>RX-01-AD</source>
            <translation type="unfinished">RX-01-AD</translation>
        </message>
        <message>
            <source>RX-01-AE</source>
            <translation type="unfinished">RX-01-AE</translation>
        </message>
        <message>
            <source>RX-03-BB</source>
            <translation type="unfinished">RX-03-BB</translation>
        </message>
        <message>
            <source>RX-04-DS</source>
            <translation type="unfinished">RX-04-DS</translation>
        </message>
        <message>
            <source>RX-06-AF</source>
            <translation type="unfinished">RX-06-AF</translation>
        </message>
        <message>
            <source>RX-08-AC</source>
            <translation type="unfinished">RX-08-AC</translation>
        </message>
        <message>
            <source>RX-08-BV</source>
            <translation type="unfinished">RX-08-BV</translation>
        </message>
        <message>
            <source>RX-08-DR</source>
            <translation type="unfinished">RX-08-DR</translation>
        </message>
        <message>
            <source>RX-08-DW</source>
            <translation type="unfinished">RX-08-DW</translation>
        </message>
        <message>
            <source>RX-23-AA</source>
            <translation type="unfinished">RX-23-AA</translation>
        </message>
        <message>
            <source>RX-23-AB</source>
            <translation type="unfinished">RX-23-AB</translation>
        </message>
        <message>
            <source>RX-23-AC</source>
            <translation type="unfinished">RX-23-AC</translation>
        </message>
        <message>
            <source>S.M. Walley et al. "Strain rate sensitivity of polymers.." DYMAT Journal-vol.1-3-sept 1994</source>
            <translation type="unfinished">S.M. Walley et al. "Strain rate sensitivity of polymers.." DYMAT Journal-vol.1-3-sept 1994</translation>
        </message>
        <message>
            <source>SA1008</source>
            <translation type="unfinished">SA1008</translation>
        </message>
        <message>
            <source>SA1010</source>
            <translation type="unfinished">SA1010</translation>
        </message>
        <message>
            <source>SA1020</source>
            <translation type="unfinished">SA1020</translation>
        </message>
        <message>
            <source>Sample data for a neoprene rubber</source>
            <translation type="unfinished">Sample data for a neoprene rubber</translation>
        </message>
        <message>
            <source>Sample data to model as Mooney-Rivlin</source>
            <translation type="unfinished">Sample data to model as Mooney-Rivlin</translation>
        </message>
        <message>
            <source>Sample data to model as Neo-Hookean</source>
            <translation type="unfinished">Sample data to model as Neo-Hookean</translation>
        </message>
        <message>
            <source>Sample data to model as Ogden</source>
            <translation type="unfinished">Sample data to model as Ogden</translation>
        </message>
        <message>
            <source>Sample data to model as Yeoh (courtesy of Axel Products, Inc. http://www.axelproducts.com)</source>
            <translation type="unfinished">Sample data to model as Yeoh (courtesy of Axel Products, Inc. http://www.axelproducts.com)</translation>
        </message>
        <message>
            <source>Sample FR-4 material, data is averaged from various sources and meant for illustrative purposes. It is assumed that the material x direction is the length-wise (LW), or warp yarn direction, while the material y direction is the cross-wise (CW), or fill yarn direction.</source>
            <translation type="unfinished">Sample FR-4 material, data is averaged from various sources and meant for illustrative purposes. It is assumed that the material x direction is the length-wise (LW), or warp yarn direction, while the material y direction is the cross-wise (CW), or fill yarn direction.</translation>
        </message>
        <message>
            <source>SAN Foam (103 kg m^-3)</source>
            <translation type="unfinished">SAN Foam (103 kg m^-3)</translation>
        </message>
        <message>
            <source>SAN Foam (81 kg m^-3)</source>
            <translation type="unfinished">SAN Foam (81 kg m^-3)</translation>
        </message>
        <message>
            <source>SAND</source>
            <translation type="unfinished">SAND</translation>
        </message>
        <message>
            <source>Sandstones</source>
            <translation type="unfinished">Sandstones</translation>
        </message>
        <message>
            <source>Scale Yield Stress</source>
            <translation type="unfinished">Scale Yield Stress</translation>
        </message>
        <message>
            <source>Scaled Activation Energy</source>
            <translation type="unfinished">Scaled Activation Energy</translation>
        </message>
        <message>
            <source>Secant</source>
            <translation type="obsolete">Secant</translation>
        </message>
        <message>
            <source>Secant Coefficient of Thermal Expansion</source>
            <translation type="obsolete">Secant Coefficient of Thermal Expansion</translation>
        </message>
        <message>
            <source>Second Fatigue Strength Coefficient, C</source>
            <translation type="unfinished">Second Fatigue Strength Coefficient, C</translation>
        </message>
        <message>
            <source>Second Fatigue Strength Exponent, r</source>
            <translation type="unfinished">Second Fatigue Strength Exponent, r</translation>
        </message>
        <message>
            <source>Second Tvergaard-Needleman Constant</source>
            <translation type="unfinished">Second Tvergaard-Needleman Constant</translation>
        </message>
        <message>
            <source>Seebeck Coefficient</source>
            <translation>Seebeck Coefficient</translation>
        </message>
        <message>
            <source>Seebeck Coefficient X direction</source>
            <translation>Seebeck Coefficient X direction</translation>
        </message>
        <message>
            <source>Seebeck Coefficient Y direction</source>
            <translation>Seebeck Coefficient Y direction</translation>
        </message>
        <message>
            <source>Seebeck Coefficient Z direction</source>
            <translation>Seebeck Coefficient Z direction</translation>
        </message>
        <message>
            <source>Segmented</source>
            <translation type="obsolete">Segmented</translation>
        </message>
        <message>
            <source>SEISMOPLAS</source>
            <translation type="unfinished">SEISMOPLAS</translation>
        </message>
        <message>
            <source>SEISMOPLAST 1:: "Ein Verfahren zur numerischen Simulation von Betonstrukturen beim Abbruch durch Sprengen" ("A technique for numerical simulation of concrete structures for demolition work by blasting"), A Plotzitza, PhD Thesis, Uni. of Karlsruhe, 2002</source>
            <translation type="unfinished">SEISMOPLAST 1:: "Ein Verfahren zur numerischen Simulation von Betonstrukturen beim Abbruch durch Sprengen" ("A technique for numerical simulation of concrete structures for demolition work by blasting"), A Plotzitza, PhD Thesis, Uni. of Karlsruhe, 2002</translation>
        </message>
        <message>
            <source>Semi-Log</source>
            <translation>Semi-Log</translation>
        </message>
        <message>
            <source>Separation-Distance based Debonding</source>
            <translation type="unfinished">Separation-Distance based Debonding</translation>
        </message>
        <message>
            <source>Shape Factor in Unloading SHAPE</source>
            <translation type="unfinished">Shape Factor in Unloading SHAPE</translation>
        </message>
        <message>
            <source>Shape Memory Alloy</source>
            <translation type="unfinished">Shape Memory Alloy</translation>
        </message>
        <message>
            <source>Shape Memory Effect</source>
            <translation type="unfinished">Shape Memory Effect</translation>
        </message>
        <message>
            <source>Shear</source>
            <translation>Shear</translation>
        </message>
        <message>
            <source>Shear Data - Viscoelastic</source>
            <translation type="unfinished">Shear Data - Viscoelastic</translation>
        </message>
        <message>
            <source>Shear Modulus</source>
            <translation>Shear Modulus</translation>
        </message>
        <message>
            <source>Shear Modulus and Poisson's Ratio</source>
            <translation>Shear Modulus and Poisson's Ratio</translation>
        </message>
        <message>
            <source>Shear Modulus and Young's Modulus</source>
            <translation>Shear Modulus and Young's Modulus</translation>
        </message>
        <message>
            <source>Shear Modulus XY</source>
            <translation>Shear Modulus XY</translation>
        </message>
        <message>
            <source>Shear Modulus XZ</source>
            <translation>Shear Modulus XZ</translation>
        </message>
        <message>
            <source>Shear Modulus YZ</source>
            <translation>Shear Modulus YZ</translation>
        </message>
        <message>
            <source>Shear Separation at Maximum Shear Traction</source>
            <translation type="unfinished">Shear Separation at Maximum Shear Traction</translation>
        </message>
        <message>
            <source>Shear Strength fs/fc</source>
            <translation>Shear Strength fs/fc</translation>
        </message>
        <message>
            <source>Shear Test Data</source>
            <translation>Shear Test Data</translation>
        </message>
        <message>
            <source>Shear X direction</source>
            <translation>Shear X direction</translation>
        </message>
        <message>
            <source>Shear XY</source>
            <translation type="unfinished">Shear XY</translation>
        </message>
        <message>
            <source>Shear XZ</source>
            <translation type="unfinished">Shear XZ</translation>
        </message>
        <message>
            <source>Shear Y direction</source>
            <translation>Shear Y direction</translation>
        </message>
        <message>
            <source>Shear YZ</source>
            <translation type="unfinished">Shear YZ</translation>
        </message>
        <message>
            <source>Shear Z direction</source>
            <translation>Shear Z direction</translation>
        </message>
        <message>
            <source>Shift Function</source>
            <translation type="unfinished">Shift Function</translation>
        </message>
        <message>
            <source>Shock EOS</source>
            <translation>Shock EOS</translation>
        </message>
        <message>
            <source>Shock EOS Bilinear</source>
            <translation>Shock EOS Bilinear</translation>
        </message>
        <message>
            <source>Shock EOS Linear</source>
            <translation>Shock EOS Linear</translation>
        </message>
        <message>
            <source>SiC</source>
            <translation type="unfinished">SiC</translation>
        </message>
        <message>
            <source>Sigma FAS</source>
            <translation type="unfinished">Sigma FAS</translation>
        </message>
        <message>
            <source>Sigma FSA</source>
            <translation type="unfinished">Sigma FSA</translation>
        </message>
        <message>
            <source>Sigma SAS</source>
            <translation type="unfinished">Sigma SAS</translation>
        </message>
        <message>
            <source>Sigma SSA</source>
            <translation type="unfinished">Sigma SSA</translation>
        </message>
        <message>
            <source>Silane</source>
            <translation type="unfinished">Silane</translation>
        </message>
        <message>
            <source>Siliceous</source>
            <translation type="unfinished">Siliceous</translation>
        </message>
        <message>
            <source>Silicon</source>
            <translation type="unfinished">Silicon</translation>
        </message>
        <message>
            <source>Silicon Anisotropic</source>
            <translation type="unfinished">Silicon Anisotropic</translation>
        </message>
        <message>
            <source>Silicon Carbide</source>
            <translation type="unfinished">Silicon Carbide</translation>
        </message>
        <message>
            <source>Silicon Core Iron</source>
            <translation type="unfinished">Silicon Core Iron</translation>
        </message>
        <message>
            <source>Silicon Dioxide</source>
            <translation type="unfinished">Silicon Dioxide</translation>
        </message>
        <message>
            <source>Silicon Liquid</source>
            <translation type="unfinished">Silicon Liquid</translation>
        </message>
        <message>
            <source>Silicon Nitrate</source>
            <translation type="unfinished">Silicon Nitrate</translation>
        </message>
        <message>
            <source>Silicon Solid</source>
            <translation type="unfinished">Silicon Solid</translation>
        </message>
        <message>
            <source>Silver</source>
            <translation type="unfinished">Silver</translation>
        </message>
        <message>
            <source>SILVER</source>
            <translation type="unfinished">SILVER</translation>
        </message>
        <message>
            <source>SILVER2</source>
            <translation type="unfinished">SILVER2</translation>
        </message>
        <message>
            <source>Silylene</source>
            <translation type="unfinished">Silylene</translation>
        </message>
        <message>
            <source>Simple Shear Test Data</source>
            <translation>Simple Shear Test Data</translation>
        </message>
        <message>
            <source>Sintered material 80HP</source>
            <translation type="unfinished">Sintered material 80HP</translation>
        </message>
        <message>
            <source>SIS2541-3</source>
            <translation type="unfinished">SIS2541-3</translation>
        </message>
        <message>
            <source>slinch s^-2 in^-1, R, s^-1</source>
            <translation type="unfinished">slinch s^-2 in^-1, R, s^-1</translation>
        </message>
        <message>
            <source>Slope (degrees)</source>
            <translation>Slope (degrees)</translation>
        </message>
        <message>
            <source>Slope of Critical State Line</source>
            <translation type="unfinished">Slope of Critical State Line</translation>
        </message>
        <message>
            <source>slug s^-2 ft^-1, R, s^-1</source>
            <translation type="unfinished">slug s^-2 ft^-1, R, s^-1</translation>
        </message>
        <message>
            <source>SmCo 24</source>
            <translation type="unfinished">SmCo 24</translation>
        </message>
        <message>
            <source>SmCo 28</source>
            <translation type="unfinished">SmCo 28</translation>
        </message>
        <message>
            <source>Smooth failure surface for unidirectional (UD) layered composites only</source>
            <translation type="unfinished">Smooth failure surface for unidirectional (UD) layered composites only</translation>
        </message>
        <message>
            <source>Smooth failure surface with Quadratic Criterion</source>
            <translation type="unfinished">Smooth failure surface with Quadratic Criterion</translation>
        </message>
        <message>
            <source>S-N Curve</source>
            <translation type="unfinished">S-N Curve</translation>
        </message>
        <message>
            <source>SOD.CHLOR.</source>
            <translation type="unfinished">SOD.CHLOR.</translation>
        </message>
        <message>
            <source>SODIUM</source>
            <translation type="unfinished">SODIUM</translation>
        </message>
        <message>
            <source>Softening</source>
            <translation type="unfinished">Softening</translation>
        </message>
        <message>
            <source>Softening Plastic Strain Point 1</source>
            <translation type="unfinished">Softening Plastic Strain Point 1</translation>
        </message>
        <message>
            <source>Softening Plastic Strain Point 2</source>
            <translation type="unfinished">Softening Plastic Strain Point 2</translation>
        </message>
        <message>
            <source>Softening Plastic Strain Point 3</source>
            <translation type="unfinished">Softening Plastic Strain Point 3</translation>
        </message>
        <message>
            <source>Softening reduction factor for material strength in crashfront elements SOFT</source>
            <translation type="unfinished">Softening reduction factor for material strength in crashfront elements SOFT</translation>
        </message>
        <message>
            <source>Soil</source>
            <translation type="unfinished">Soil</translation>
        </message>
        <message>
            <source>Solder</source>
            <translation type="unfinished">Solder</translation>
        </message>
        <message>
            <source>Solid Compaction Pressure Ps</source>
            <translation>Solid Compaction Pressure Ps</translation>
        </message>
        <message>
            <source>Solid Density</source>
            <translation>Solid Density</translation>
        </message>
        <message>
            <source>Solid Density Linear</source>
            <translation type="obsolete">Solid Density Linear</translation>
        </message>
        <message>
            <source>Solid Density Non-Linear</source>
            <translation type="obsolete">Solid Density Non-Linear</translation>
        </message>
        <message>
            <source>Soundspeed</source>
            <translation>Soundspeed</translation>
        </message>
        <message>
            <source>source</source>
            <translation>source</translation>
        </message>
        <message>
            <source>Specific Heat</source>
            <translation>Specific Heat</translation>
        </message>
        <message>
            <source>Specific Heat Constant Volume</source>
            <translation type="unfinished">Specific Heat Constant Volume</translation>
        </message>
        <message>
            <source>Specific Internal Energy</source>
            <translation>Specific Internal Energy</translation>
        </message>
        <message>
            <source>Speed of Sound</source>
            <translation type="unfinished">Speed of Sound</translation>
        </message>
        <message>
            <source>Speed of Sound (imag)</source>
            <translation type="unfinished">Speed of Sound (imag)</translation>
        </message>
        <message>
            <source>Speed of Sound (real)</source>
            <translation type="unfinished">Speed of Sound (real)</translation>
        </message>
        <message>
            <source>SS 21-6-9</source>
            <translation type="unfinished">SS 21-6-9</translation>
        </message>
        <message>
            <source>SS 304</source>
            <translation type="unfinished">SS 304</translation>
        </message>
        <message>
            <source>SS-304</source>
            <translation type="unfinished">SS-304</translation>
        </message>
        <message>
            <source>SS416</source>
            <translation type="unfinished">SS416</translation>
        </message>
        <message>
            <source>Stainless Steel</source>
            <translation type="unfinished">Stainless Steel</translation>
        </message>
        <message>
            <source>Stainless Steel NL</source>
            <translation type="unfinished">Stainless Steel NL</translation>
        </message>
        <message>
            <source>Stassi</source>
            <translation type="obsolete">Stassi</translation>
        </message>
        <message>
            <source>Steel</source>
            <translation type="unfinished">Steel</translation>
        </message>
        <message>
            <source>STEEL 1006</source>
            <translation type="unfinished">STEEL 1006</translation>
        </message>
        <message>
            <source>Steel 1008</source>
            <translation type="unfinished">Steel 1008</translation>
        </message>
        <message>
            <source>Steel 1010</source>
            <translation type="unfinished">Steel 1010</translation>
        </message>
        <message>
            <source>STEEL 4340</source>
            <translation type="unfinished">STEEL 4340</translation>
        </message>
        <message>
            <source>Steel Reinforcement</source>
            <translation type="unfinished">Steel Reinforcement</translation>
        </message>
        <message>
            <source>STEEL S-7</source>
            <translation type="unfinished">STEEL S-7</translation>
        </message>
        <message>
            <source>Steel Stainless</source>
            <translation type="unfinished">Steel Stainless</translation>
        </message>
        <message>
            <source>STEEL V250</source>
            <translation type="unfinished">STEEL V250</translation>
        </message>
        <message>
            <source>Steinberg Guinan Strength</source>
            <translation>Steinberg Guinan Strength</translation>
        </message>
        <message>
            <source>STNL.STEEL</source>
            <translation type="unfinished">STNL.STEEL</translation>
        </message>
        <message>
            <source>Stochastic Failure</source>
            <translation>Stochastic Failure</translation>
        </message>
        <message>
            <source>Stochastic Variance γ</source>
            <translation>Stochastic Variance γ</translation>
        </message>
        <message>
            <source>Strain</source>
            <translation>Strain</translation>
        </message>
        <message>
            <source>Strain Hardening</source>
            <translation>Strain Hardening</translation>
        </message>
        <message>
            <source>Strain Limits</source>
            <translation type="unfinished">Strain Limits</translation>
        </message>
        <message>
            <source>Strain parameter for aggregate interlock</source>
            <translation type="unfinished">Strain parameter for aggregate interlock</translation>
        </message>
        <message>
            <source>Strain Rate</source>
            <translation>Strain Rate</translation>
        </message>
        <message>
            <source>Strain Rate Constant</source>
            <translation>Strain Rate Constant</translation>
        </message>
        <message>
            <source>Strain Rate Constant C</source>
            <translation>Strain Rate Constant C</translation>
        </message>
        <message>
            <source>Strain Rate Constant D</source>
            <translation>Strain Rate Constant D</translation>
        </message>
        <message>
            <source>Strain Rate Constant n</source>
            <translation type="unfinished">Strain Rate Constant n</translation>
        </message>
        <message>
            <source>Strain Rate Constant P</source>
            <translation type="unfinished">Strain Rate Constant P</translation>
        </message>
        <message>
            <source>Strain Rate Constant q</source>
            <translation>Strain Rate Constant q</translation>
        </message>
        <message>
            <source>Strain Rate Correction</source>
            <translation>Strain Rate Correction</translation>
        </message>
        <message>
            <source>Strain Rate Sensitivity of Hardening or Softening a</source>
            <translation>Strain Rate Sensitivity of Hardening or Softening a</translation>
        </message>
        <message>
            <source>Strain Rate Sensitivity of Saturation (Deformation Resistance) n</source>
            <translation>Strain Rate Sensitivity of Saturation (Deformation Resistance) n</translation>
        </message>
        <message>
            <source>Strain Rate Sensitivity of Stress m</source>
            <translation>Strain Rate Sensitivity of Stress m</translation>
        </message>
        <message>
            <source>Strain Standard Deviation</source>
            <translation type="unfinished">Strain Standard Deviation</translation>
        </message>
        <message>
            <source>Strain to fully open a crack</source>
            <translation type="unfinished">Strain to fully open a crack</translation>
        </message>
        <message>
            <source>Strain-Life</source>
            <translation>Strain-Life</translation>
        </message>
        <message>
            <source>Strain-Life Parameters</source>
            <translation>Strain-Life Parameters</translation>
        </message>
        <message>
            <source>Strength</source>
            <translation>Strength</translation>
        </message>
        <message>
            <source>Strength Coefficient</source>
            <translation>Strength Coefficient</translation>
        </message>
        <message>
            <source>Strength Exponent</source>
            <translation>Strength Exponent</translation>
        </message>
        <message>
            <source>Stress</source>
            <translation>Stress</translation>
        </message>
        <message>
            <source>Stress Amplitude at Transition Point, Sq</source>
            <translation type="unfinished">Stress Amplitude at Transition Point, Sq</translation>
        </message>
        <message>
            <source>Stress Limits</source>
            <translation type="unfinished">Stress Limits</translation>
        </message>
        <message>
            <source>Stress Standard Deviation</source>
            <translation type="unfinished">Stress Standard Deviation</translation>
        </message>
        <message>
            <source>Stress Strain Relationships</source>
            <translation>Stress Strain Relationships</translation>
        </message>
        <message>
            <source>STRONTIUM</source>
            <translation type="unfinished">STRONTIUM</translation>
        </message>
        <message>
            <source>Structural</source>
            <translation>Structural</translation>
        </message>
        <message>
            <source>Structural Steel</source>
            <translation type="unfinished">Structural Steel</translation>
        </message>
        <message>
            <source>Structural Steel NL</source>
            <translation type="unfinished">Structural Steel NL</translation>
        </message>
        <message>
            <source>SULFUR</source>
            <translation type="unfinished">SULFUR</translation>
        </message>
        <message>
            <source>Sulfur Dioxide</source>
            <translation type="unfinished">Sulfur Dioxide</translation>
        </message>
        <message>
            <source>Sulfur Liquid</source>
            <translation type="unfinished">Sulfur Liquid</translation>
        </message>
        <message>
            <source>Sulfur Solid</source>
            <translation type="unfinished">Sulfur Solid</translation>
        </message>
        <message>
            <source>Sulfur Vapor</source>
            <translation type="unfinished">Sulfur Vapor</translation>
        </message>
        <message>
            <source>Superelasticity</source>
            <translation type="unfinished">Superelasticity</translation>
        </message>
        <message>
            <source>Supermendure</source>
            <translation type="unfinished">Supermendure</translation>
        </message>
        <message>
            <source>Swell Index</source>
            <translation type="unfinished">Swell Index</translation>
        </message>
        <message>
            <source>Swift</source>
            <translation type="unfinished">Swift</translation>
        </message>
        <message>
            <source>T.Borvik et al Perforation of al 5083-H116 plates Int. J. Impact Engng 2003</source>
            <translation type="unfinished">T.Borvik et al Perforation of al 5083-H116 plates Int. J. Impact Engng 2003</translation>
        </message>
        <message>
            <source>Table</source>
            <translation type="unfinished">Table</translation>
        </message>
        <message>
            <source>Tangent Modulus</source>
            <translation>Tangent Modulus</translation>
        </message>
        <message>
            <source>Tangential Displacement Jump at Completion of Debonding</source>
            <translation type="unfinished">Tangential Displacement Jump at Completion of Debonding</translation>
        </message>
        <message>
            <source>Tangential Slip at the Completion of Debonding</source>
            <translation type="unfinished">Tangential Slip at the Completion of Debonding</translation>
        </message>
        <message>
            <source>Tangential Slip Under Normal Compression</source>
            <translation type="unfinished">Tangential Slip Under Normal Compression</translation>
        </message>
        <message>
            <source>TANT 10% W</source>
            <translation type="unfinished">TANT 10% W</translation>
        </message>
        <message>
            <source>TANTALUM</source>
            <translation type="unfinished">TANTALUM</translation>
        </message>
        <message>
            <source>Tantalum Nitride</source>
            <translation type="unfinished">Tantalum Nitride</translation>
        </message>
        <message>
            <source>TANTALUM2</source>
            <translation type="unfinished">TANTALUM2</translation>
        </message>
        <message>
            <source>TANTALUM3</source>
            <translation type="unfinished">TANTALUM3</translation>
        </message>
        <message>
            <source>Teflon</source>
            <translation type="unfinished">Teflon</translation>
        </message>
        <message>
            <source>TEFLON</source>
            <translation type="unfinished">TEFLON</translation>
        </message>
        <message>
            <source>Teflon Based</source>
            <translation type="unfinished">Teflon Based</translation>
        </message>
        <message>
            <source>TEFLONh</source>
            <translation type="unfinished">TEFLONh</translation>
        </message>
        <message>
            <source>Temperature</source>
            <translation>Temperature</translation>
        </message>
        <message>
            <source>Temperature Scaling Parameter</source>
            <translation type="unfinished">Temperature Scaling Parameter</translation>
        </message>
        <message>
            <source>Temperature(i)</source>
            <translation type="unfinished">Temperature(i)</translation>
        </message>
        <message>
            <source>Tensile and Tension-Compression Dilatancy</source>
            <translation type="unfinished">Tensile and Tension-Compression Dilatancy</translation>
        </message>
        <message>
            <source>Tensile Dilatancy Parameter Point 1</source>
            <translation type="unfinished">Tensile Dilatancy Parameter Point 1</translation>
        </message>
        <message>
            <source>Tensile Dilatancy Parameter Point 2</source>
            <translation type="unfinished">Tensile Dilatancy Parameter Point 2</translation>
        </message>
        <message>
            <source>Tensile Dilatancy Parameter Point 3</source>
            <translation type="unfinished">Tensile Dilatancy Parameter Point 3</translation>
        </message>
        <message>
            <source>Tensile Failure</source>
            <translation>Tensile Failure</translation>
        </message>
        <message>
            <source>Tensile Fiber Failure Mode</source>
            <translation type="unfinished">Tensile Fiber Failure Mode</translation>
        </message>
        <message>
            <source>Tensile Fiber Stiffness Reduction</source>
            <translation type="unfinished">Tensile Fiber Stiffness Reduction</translation>
        </message>
        <message>
            <source>Tensile Inclination XZ</source>
            <translation type="unfinished">Tensile Inclination XZ</translation>
        </message>
        <message>
            <source>Tensile Inclination YZ</source>
            <translation type="unfinished">Tensile Inclination YZ</translation>
        </message>
        <message>
            <source>Tensile Matrix Failure Mode</source>
            <translation type="unfinished">Tensile Matrix Failure Mode</translation>
        </message>
        <message>
            <source>Tensile Matrix Stiffness Reduction</source>
            <translation type="unfinished">Tensile Matrix Stiffness Reduction</translation>
        </message>
        <message>
            <source>Tensile Pressure Failure</source>
            <translation>Tensile Pressure Failure</translation>
        </message>
        <message>
            <source>Tensile Strain Rate Exponent δ</source>
            <translation>Tensile Strain Rate Exponent δ</translation>
        </message>
        <message>
            <source>Tensile Strength ft/fc</source>
            <translation>Tensile Strength ft/fc</translation>
        </message>
        <message>
            <source>Tensile Stress to cause Cracking</source>
            <translation type="unfinished">Tensile Stress to cause Cracking</translation>
        </message>
        <message>
            <source>Tensile Ultimate Strength</source>
            <translation>Tensile Ultimate Strength</translation>
        </message>
        <message>
            <source>Tensile X direction</source>
            <translation type="unfinished">Tensile X direction</translation>
        </message>
        <message>
            <source>Tensile Y direction</source>
            <translation type="unfinished">Tensile Y direction</translation>
        </message>
        <message>
            <source>Tensile Yield Strength</source>
            <translation>Tensile Yield Strength</translation>
        </message>
        <message>
            <source>Tensile Z direction</source>
            <translation type="unfinished">Tensile Z direction</translation>
        </message>
        <message>
            <source>Tension Rankine Yield Surface</source>
            <translation type="unfinished">Tension Rankine Yield Surface</translation>
        </message>
        <message>
            <source>Tension Yield Surface</source>
            <translation type="unfinished">Tension Yield Surface</translation>
        </message>
        <message>
            <source>Tension/Compression Meridian Ratio Q2.0</source>
            <translation>Tension/Compression Meridian Ratio Q2.0</translation>
        </message>
        <message>
            <source>TETRYL</source>
            <translation type="unfinished">TETRYL</translation>
        </message>
        <message>
            <source>THALLIUM</source>
            <translation type="unfinished">THALLIUM</translation>
        </message>
        <message>
            <source>Thermal</source>
            <translation>Thermal</translation>
        </message>
        <message>
            <source>Thermal Characteristic Length</source>
            <translation type="unfinished">Thermal Characteristic Length</translation>
        </message>
        <message>
            <source>Thermal Conductivity</source>
            <translation>Thermal Conductivity</translation>
        </message>
        <message>
            <source>Thermal Conductivity X direction</source>
            <translation>Thermal Conductivity X direction</translation>
        </message>
        <message>
            <source>Thermal Conductivity Y direction</source>
            <translation>Thermal Conductivity Y direction</translation>
        </message>
        <message>
            <source>Thermal Conductivity Z direction</source>
            <translation>Thermal Conductivity Z direction</translation>
        </message>
        <message>
            <source>Thermal Materials</source>
            <translation type="unfinished">Thermal Materials</translation>
        </message>
        <message>
            <source>Thermal Properties for Air</source>
            <translation type="unfinished">Thermal Properties for Air</translation>
        </message>
        <message>
            <source>Thermal Softening Exponent</source>
            <translation>Thermal Softening Exponent</translation>
        </message>
        <message>
            <source>Thermal-Electric</source>
            <translation>Thermal-Electric</translation>
        </message>
        <message>
            <source>Thermopower</source>
            <translation>Thermopower</translation>
        </message>
        <message>
            <source>Thinning Strain At Failure</source>
            <translation type="unfinished">Thinning Strain At Failure</translation>
        </message>
        <message>
            <source>Third Tvergaard-Needleman Constant</source>
            <translation type="unfinished">Third Tvergaard-Needleman Constant</translation>
        </message>
        <message>
            <source>THORIUM</source>
            <translation type="unfinished">THORIUM</translation>
        </message>
        <message>
            <source>THORIUM2</source>
            <translation type="unfinished">THORIUM2</translation>
        </message>
        <message>
            <source>TI 6%AL4%V</source>
            <translation type="unfinished">TI 6%AL4%V</translation>
        </message>
        <message>
            <source>Tight-gas Sandstones</source>
            <translation type="unfinished">Tight-gas Sandstones</translation>
        </message>
        <message>
            <source>Tim J Holmquist et al " High strain rate properties ..." - Ballistics 1995</source>
            <translation type="unfinished">Tim J Holmquist et al " High strain rate properties ..." - Ballistics 1995</translation>
        </message>
        <message>
            <source>Time</source>
            <translation type="unfinished">Time</translation>
        </message>
        <message>
            <source>Time Hardening</source>
            <translation>Time Hardening</translation>
        </message>
        <message>
            <source>Time step size criteria for element deletion TFAIL</source>
            <translation type="unfinished">Time step size criteria for element deletion TFAIL</translation>
        </message>
        <message>
            <source>Tin</source>
            <translation type="unfinished">Tin</translation>
        </message>
        <message>
            <source>TIN</source>
            <translation type="unfinished">TIN</translation>
        </message>
        <message>
            <source>TIN2</source>
            <translation type="unfinished">TIN2</translation>
        </message>
        <message>
            <source>Titanium</source>
            <translation type="unfinished">Titanium</translation>
        </message>
        <message>
            <source>TITANIUM</source>
            <translation type="unfinished">TITANIUM</translation>
        </message>
        <message>
            <source>Titanium Alloy</source>
            <translation type="unfinished">Titanium Alloy</translation>
        </message>
        <message>
            <source>Titanium Alloy NL</source>
            <translation type="unfinished">Titanium Alloy NL</translation>
        </message>
        <message>
            <source>TITANIUM2</source>
            <translation type="unfinished">TITANIUM2</translation>
        </message>
        <message>
            <source>TITANIUM-2</source>
            <translation type="unfinished">TITANIUM-2</translation>
        </message>
        <message>
            <source>TNT</source>
            <translation type="unfinished">TNT</translation>
        </message>
        <message>
            <source>TNT-2</source>
            <translation type="unfinished">TNT-2</translation>
        </message>
        <message>
            <source>Toluene Liquid</source>
            <translation type="unfinished">Toluene Liquid</translation>
        </message>
        <message>
            <source>Toluene Vapor</source>
            <translation type="unfinished">Toluene Vapor</translation>
        </message>
        <message>
            <source>tonne s^-2 mm^-1, K, s^-1</source>
            <translation type="unfinished">tonne s^-2 mm^-1, K, s^-1</translation>
        </message>
        <message>
            <source>Tool-Narayanaswamy Shift Function</source>
            <translation type="unfinished">Tool-Narayanaswamy Shift Function</translation>
        </message>
        <message>
            <source>Tool-Narayanaswamy w/ Fictive Temperature Shift Function</source>
            <translation type="unfinished">Tool-Narayanaswamy w/ Fictive Temperature Shift Function</translation>
        </message>
        <message>
            <source>Tortuosity</source>
            <translation type="unfinished">Tortuosity</translation>
        </message>
        <message>
            <source>Traction</source>
            <translation>Traction</translation>
        </message>
        <message>
            <source>Traction X direction</source>
            <translation>Traction X direction</translation>
        </message>
        <message>
            <source>Traction Y direction</source>
            <translation>Traction Y direction</translation>
        </message>
        <message>
            <source>Traction Z direction</source>
            <translation>Traction Z direction</translation>
        </message>
        <message>
            <source>Transition Point</source>
            <translation type="unfinished">Transition Point</translation>
        </message>
        <message>
            <source>Transverse Friction Coefficient</source>
            <translation type="unfinished">Transverse Friction Coefficient</translation>
        </message>
        <message>
            <source>Transverse Shear</source>
            <translation>Transverse Shear</translation>
        </message>
        <message>
            <source>Transverse Shear and Membrane Stiffness</source>
            <translation type="unfinished">Transverse Shear and Membrane Stiffness</translation>
        </message>
        <message>
            <source>Transverse Shear XY</source>
            <translation>Transverse Shear XY</translation>
        </message>
        <message>
            <source>Transverse Shear XZ</source>
            <translation>Transverse Shear XZ</translation>
        </message>
        <message>
            <source>Transversely Anisotropic Hardening</source>
            <translation type="unfinished">Transversely Anisotropic Hardening</translation>
        </message>
        <message>
            <source>Tsai-Wu Constants</source>
            <translation type="unfinished">Tsai-Wu Constants</translation>
        </message>
        <message>
            <source>TUNG.ALLOY</source>
            <translation type="unfinished">TUNG.ALLOY</translation>
        </message>
        <message>
            <source>Tungsten</source>
            <translation type="unfinished">Tungsten</translation>
        </message>
        <message>
            <source>TUNGSTEN</source>
            <translation type="unfinished">TUNGSTEN</translation>
        </message>
        <message>
            <source>TUNGSTEN2</source>
            <translation type="unfinished">TUNGSTEN2</translation>
        </message>
        <message>
            <source>TUNGSTEN3</source>
            <translation type="unfinished">TUNGSTEN3</translation>
        </message>
        <message>
            <source>Turpentine</source>
            <translation type="unfinished">Turpentine</translation>
        </message>
        <message>
            <source>Type</source>
            <translation type="unfinished">Type</translation>
        </message>
        <message>
            <source>Type of Reinforcement</source>
            <translation type="unfinished">Type of Reinforcement</translation>
        </message>
        <message>
            <source>U 0.75%TI</source>
            <translation type="unfinished">U 0.75%TI</translation>
        </message>
        <message>
            <source>U 5%MO</source>
            <translation type="unfinished">U 5%MO</translation>
        </message>
        <message>
            <source>U 8%NB3%ZR</source>
            <translation type="unfinished">U 8%NB3%ZR</translation>
        </message>
        <message>
            <source>U-0.75%TI</source>
            <translation type="unfinished">U-0.75%TI</translation>
        </message>
        <message>
            <source>U3 WT % MO</source>
            <translation type="unfinished">U3 WT % MO</translation>
        </message>
        <message>
            <source>Ultimate Effective Plastic Strain in Compression</source>
            <translation type="unfinished">Ultimate Effective Plastic Strain in Compression</translation>
        </message>
        <message>
            <source>Ultimate Stress of Reinforcement</source>
            <translation type="unfinished">Ultimate Stress of Reinforcement</translation>
        </message>
        <message>
            <source>um</source>
            <translation type="obsolete">um</translation>
        </message>
        <message>
            <source>um, s, K, uN</source>
            <translation type="unfinished">um, s, K, uN</translation>
        </message>
        <message>
            <source>Uniaxial Compression Test Data</source>
            <translation>Uniaxial Compression Test Data</translation>
        </message>
        <message>
            <source>Uniaxial Compressive Strength</source>
            <translation type="unfinished">Uniaxial Compressive Strength</translation>
        </message>
        <message>
            <source>Uniaxial Plastic Strain Test Data</source>
            <translation type="unfinished">Uniaxial Plastic Strain Test Data</translation>
        </message>
        <message>
            <source>Uniaxial Tensile Strength</source>
            <translation type="unfinished">Uniaxial Tensile Strength</translation>
        </message>
        <message>
            <source>Uniaxial Tension Test Data</source>
            <translation>Uniaxial Tension Test Data</translation>
        </message>
        <message>
            <source>Uniaxial Test Data</source>
            <translation>Uniaxial Test Data</translation>
        </message>
        <message>
            <source>Unidirectional</source>
            <translation type="unfinished">Unidirectional</translation>
        </message>
        <message>
            <source>Unloading Slope</source>
            <translation>Unloading Slope</translation>
        </message>
        <message>
            <source>Upper Limit</source>
            <translation type="unfinished">Upper Limit</translation>
        </message>
        <message>
            <source>URANIUM</source>
            <translation type="unfinished">URANIUM</translation>
        </message>
        <message>
            <source>URANIUM2</source>
            <translation type="unfinished">URANIUM2</translation>
        </message>
        <message>
            <source>URANIUM3</source>
            <translation type="unfinished">URANIUM3</translation>
        </message>
        <message>
            <source>Urea Solid</source>
            <translation type="unfinished">Urea Solid</translation>
        </message>
        <message>
            <source>Urea Vapor</source>
            <translation type="unfinished">Urea Vapor</translation>
        </message>
        <message>
            <source>Use cap on Elastic Surface</source>
            <translation>Use cap on Elastic Surface</translation>
        </message>
        <message>
            <source>UserMat</source>
            <translation type="unfinished">UserMat</translation>
        </message>
        <message>
            <source>UserMat Constant</source>
            <translation type="unfinished">UserMat Constant</translation>
        </message>
        <message>
            <source>UserMat Model Example 1</source>
            <translation type="unfinished">UserMat Model Example 1</translation>
        </message>
        <message>
            <source>UserMat Model Example 1 (CZM)</source>
            <translation type="unfinished">UserMat Model Example 1 (CZM)</translation>
        </message>
        <message>
            <source>UserMat Model Example 2</source>
            <translation type="unfinished">UserMat Model Example 2</translation>
        </message>
        <message>
            <source>UserMat Model Example 2 (CZM)</source>
            <translation type="unfinished">UserMat Model Example 2 (CZM)</translation>
        </message>
        <message>
            <source>UserMat Model Id</source>
            <translation type="unfinished">UserMat Model Id</translation>
        </message>
        <message>
            <source>Vacuum</source>
            <translation type="unfinished">Vacuum</translation>
        </message>
        <message>
            <source>VANADIUM</source>
            <translation type="unfinished">VANADIUM</translation>
        </message>
        <message>
            <source>VANADIUM2</source>
            <translation type="unfinished">VANADIUM2</translation>
        </message>
        <message>
            <source>Viscoelastic</source>
            <translation>Viscoelastic</translation>
        </message>
        <message>
            <source>Viscoelastic Decay Constant</source>
            <translation>Viscoelastic Decay Constant</translation>
        </message>
        <message>
            <source>Viscoelastic Test Data</source>
            <translation type="unfinished">Viscoelastic Test Data</translation>
        </message>
        <message>
            <source>Viscoplastic</source>
            <translation type="unfinished">Viscoplastic</translation>
        </message>
        <message>
            <source>Viscosity</source>
            <translation type="unfinished">Viscosity</translation>
        </message>
        <message>
            <source>Viscous Characteristic Length</source>
            <translation type="unfinished">Viscous Characteristic Length</translation>
        </message>
        <message>
            <source>Viscous Damping Coefficient for Compressive Fiber Damage</source>
            <translation type="unfinished">Viscous Damping Coefficient for Compressive Fiber Damage</translation>
        </message>
        <message>
            <source>Viscous Damping Coefficient for Compressive Matrix Damage</source>
            <translation type="unfinished">Viscous Damping Coefficient for Compressive Matrix Damage</translation>
        </message>
        <message>
            <source>Viscous Damping Coefficient for Tensile Fiber Damage</source>
            <translation type="unfinished">Viscous Damping Coefficient for Tensile Fiber Damage</translation>
        </message>
        <message>
            <source>Viscous Damping Coefficient for Tensile Matrix Damage</source>
            <translation type="unfinished">Viscous Damping Coefficient for Tensile Matrix Damage</translation>
        </message>
        <message>
            <source>Volume Ratio</source>
            <translation>Volume Ratio</translation>
        </message>
        <message>
            <source>Volumetric Strain</source>
            <translation type="unfinished">Volumetric Strain</translation>
        </message>
        <message>
            <source>Volumetric Test Data</source>
            <translation>Volumetric Test Data</translation>
        </message>
        <message>
            <source>Von Mises </source>
            <translation type="unfinished">Von Mises </translation>
        </message>
        <message>
            <source>W 4%NI2%FE</source>
            <translation type="unfinished">W 4%NI2%FE</translation>
        </message>
        <message>
            <source>W. Toqueboeuf et al. "Dynamic behaviour of Polycarbonate\polyurethane ..."-J.Phys IV France 7 1997</source>
            <translation type="unfinished">W. Toqueboeuf et al. "Dynamic behaviour of Polycarbonate\polyurethane ..."-J.Phys IV France 7 1997</translation>
        </message>
        <message>
            <source>WATER</source>
            <translation type="unfinished">WATER</translation>
        </message>
        <message>
            <source>Water Fresh</source>
            <translation type="unfinished">Water Fresh</translation>
        </message>
        <message>
            <source>Water Liquid</source>
            <translation type="unfinished">Water Liquid</translation>
        </message>
        <message>
            <source>Water Vapor</source>
            <translation type="unfinished">Water Vapor</translation>
        </message>
        <message>
            <source>WATER2</source>
            <translation type="unfinished">WATER2</translation>
        </message>
        <message>
            <source>WATER3</source>
            <translation type="unfinished">WATER3</translation>
        </message>
        <message>
            <source>Weight(i)</source>
            <translation type="unfinished">Weight(i)</translation>
        </message>
        <message>
            <source>Wetting Part of Yield Surface Modifier</source>
            <translation type="unfinished">Wetting Part of Yield Surface Modifier</translation>
        </message>
        <message>
            <source>William-Landel-Ferry Shift Function</source>
            <translation type="unfinished">William-Landel-Ferry Shift Function</translation>
        </message>
        <message>
            <source>WLF Constant 1</source>
            <translation type="unfinished">WLF Constant 1</translation>
        </message>
        <message>
            <source>WLF Constant 2</source>
            <translation type="unfinished">WLF Constant 2</translation>
        </message>
        <message>
            <source>Wood</source>
            <translation type="unfinished">Wood</translation>
        </message>
        <message>
            <source>Woven</source>
            <translation type="unfinished">Woven</translation>
        </message>
        <message>
            <source>Woven Specification for Puck</source>
            <translation type="unfinished">Woven Specification for Puck</translation>
        </message>
        <message>
            <source>X-0219</source>
            <translation type="unfinished">X-0219</translation>
        </message>
        <message>
            <source>XTX-8003</source>
            <translation type="unfinished">XTX-8003</translation>
        </message>
        <message>
            <source>Yeoh</source>
            <translation>Yeoh</translation>
        </message>
        <message>
            <source>Yeoh 1st Order</source>
            <translation>Yeoh 1st Order</translation>
        </message>
        <message>
            <source>Yeoh 2nd Order</source>
            <translation>Yeoh 2nd Order</translation>
        </message>
        <message>
            <source>Yeoh 3rd Order</source>
            <translation>Yeoh 3rd Order</translation>
        </message>
        <message>
            <source>Yes</source>
            <translation>Yes</translation>
        </message>
        <message>
            <source>Yield Function</source>
            <translation type="unfinished">Yield Function</translation>
        </message>
        <message>
            <source>Yield Strength</source>
            <translation>Yield Strength</translation>
        </message>
        <message>
            <source>Yield Stress</source>
            <translation>Yield Stress</translation>
        </message>
        <message>
            <source>Yield Stress (at Zero Pressure)</source>
            <translation>Yield Stress (at Zero Pressure)</translation>
        </message>
        <message>
            <source>Yield Stress Uniaxial Compression</source>
            <translation>Yield Stress Uniaxial Compression</translation>
        </message>
        <message>
            <source>Yield Stress Uniaxial Tension Y0</source>
            <translation>Yield Stress Uniaxial Tension Y0</translation>
        </message>
        <message>
            <source>Yield Stress Y</source>
            <translation>Yield Stress Y</translation>
        </message>
        <message>
            <source>Yield Surface</source>
            <translation type="unfinished">Yield Surface</translation>
        </message>
        <message>
            <source>Young's Modulus</source>
            <translation>Young's Modulus</translation>
        </message>
        <message>
            <source>Young's Modulus and Poisson's Ratio</source>
            <translation>Young's Modulus and Poisson's Ratio</translation>
        </message>
        <message>
            <source>Young's Modulus of Reinforcement</source>
            <translation type="unfinished">Young's Modulus of Reinforcement</translation>
        </message>
        <message>
            <source>Young's Modulus X direction</source>
            <translation>Young's Modulus X direction</translation>
        </message>
        <message>
            <source>Young's Modulus Y direction</source>
            <translation>Young's Modulus Y direction</translation>
        </message>
        <message>
            <source>Young's Modulus Z direction</source>
            <translation>Young's Modulus Z direction</translation>
        </message>
        <message>
            <source>Zerilli Armstrong Strength</source>
            <translation>Zerilli Armstrong Strength</translation>
        </message>
        <message>
            <source>Zero-Thermal-Strain Reference Temperature</source>
            <translation type="unfinished">Zero-Thermal-Strain Reference Temperature</translation>
        </message>
        <message>
            <source>Zinc</source>
            <translation type="unfinished">Zinc</translation>
        </message>
        <message>
            <source>ZINC</source>
            <translation type="unfinished">ZINC</translation>
        </message>
        <message>
            <source>ZIRCONIUM</source>
            <translation type="unfinished">ZIRCONIUM</translation>
        </message>
        <message>
            <source>ZIRCONIUM2</source>
            <translation type="unfinished">ZIRCONIUM2</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.DataModel</name>
        <message>
            <source>A material called {0} already exists.</source>
            <translation>A material called {0} already exists.</translation>
        </message>
        <message>
            <source>BeginAtLine</source>
            <translation type="unfinished">BeginAtLine</translation>
        </message>
        <message>
            <source>CanParameterize</source>
            <translation type="obsolete">CanParameterize</translation>
        </message>
        <message>
            <source>Columns</source>
            <translation type="unfinished">Columns</translation>
        </message>
        <message>
            <source>CurveFitData</source>
            <translation type="obsolete">CurveFitData</translation>
        </message>
        <message>
            <source>Custom model "{0}" conflicts with existing custom model (defined in users AppData) and has been renamed to "{1}"</source>
            <translation type="unfinished">Custom model "{0}" conflicts with existing custom model (defined in users AppData) and has been renamed to "{1}"</translation>
        </message>
        <message>
            <source>Data</source>
            <translation type="unfinished">Data</translation>
        </message>
        <message>
            <source>DatumColl</source>
            <translation type="obsolete">DatumColl</translation>
        </message>
        <message>
            <source>Definition</source>
            <translation>Definition</translation>
        </message>
        <message>
            <source>Delimiter</source>
            <translation type="unfinished">Delimiter</translation>
        </message>
        <message>
            <source>DependentColl</source>
            <translation>DependentColl</translation>
        </message>
        <message>
            <source>DependentPropertyColl</source>
            <translation>DependentPropertyColl</translation>
        </message>
        <message>
            <source>Description</source>
            <translation>Description</translation>
        </message>
        <message>
            <source>DisplayName</source>
            <translation type="obsolete">DisplayName</translation>
        </message>
        <message>
            <source>Domain</source>
            <translation>Domain</translation>
        </message>
        <message>
            <source>Duplicate key found in  property data dictionary.</source>
            <translation>Duplicate key found in  property data dictionary.</translation>
        </message>
        <message>
            <source>Duplicate key found in material dictionary.</source>
            <translation>Duplicate key found in material dictionary.</translation>
        </message>
        <message>
            <source>Duplicate key found in material property dictionary.</source>
            <translation>Duplicate key found in material property dictionary.</translation>
        </message>
        <message>
            <source>Duplicate key found in material variable dictionary.</source>
            <translation>Duplicate key found in material variable dictionary.</translation>
        </message>
        <message>
            <source>Failed to import file: {0}</source>
            <translation type="unfinished">Failed to import file: {0}</translation>
        </message>
        <message>
            <source>File contains duplicate variables: {0}</source>
            <translation type="unfinished">File contains duplicate variables: {0}</translation>
        </message>
        <message>
            <source>FileName</source>
            <translation type="unfinished">FileName</translation>
        </message>
        <message>
            <source>For variable {0} the difference between the parameter value of {1} and the original value of {2} exceeds the computer precision to be represented accurately.</source>
            <translation type="obsolete">For variable {0} the difference between the parameter value of {1} and the original value of {2} exceeds the computer precision to be represented accurately.</translation>
        </message>
        <message>
            <source>For variable {0} the difference between the requested parameter value of {1} and the original value of {2} exceeds the computer precision to be represented accurately. Futher usage of this parameter will result in undefined behavior. Remove the parameter and verify the original value.</source>
            <translation type="obsolete">For variable {0} the difference between the requested parameter value of {1} and the original value of {2} exceeds the computer precision to be represented accurately. Futher usage of this parameter will result in undefined behavior. Remove the parameter and verify the original value.</translation>
        </message>
        <message>
            <source>For variable {0} the difference between the requested parameter value of {1} and the original value of {2} exceeds the computer precision to be represented accurately. The value used by the solver will be {3}, and so futher usage of this parameter could result in invalid results. Verify that this is an acceptable difference.</source>
            <translation type="unfinished">For variable {0} the difference between the requested parameter value of {1} and the original value of {2} exceeds the computer precision to be represented accurately. The value used by the solver will be {3}, and so futher usage of this parameter could result in invalid results. Verify that this is an acceptable difference.</translation>
        </message>
        <message>
            <source>ID</source>
            <translation>ID</translation>
        </message>
        <message>
            <source>Imported custom model "{0}" conflicts with existing custom model and has been renamed to "{1}"</source>
            <translation type="unfinished">Imported custom model "{0}" conflicts with existing custom model and has been renamed to "{1}"</translation>
        </message>
        <message>
            <source>Imported variable "{0}" conflicts with existing field variable and has been renamed to "{1}"</source>
            <translation type="unfinished">Imported variable "{0}" conflicts with existing field variable and has been renamed to "{1}"</translation>
        </message>
        <message>
            <source>IndependentColl</source>
            <translation type="obsolete">IndependentColl</translation>
        </message>
        <message>
            <source>Invalid column name or unit: Name {0}, Unit {1}</source>
            <translation type="unfinished">Invalid column name or unit: Name {0}, Unit {1}</translation>
        </message>
        <message>
            <source>Invalid format</source>
            <translation type="unfinished">Invalid format</translation>
        </message>
        <message>
            <source>IsDependent</source>
            <translation type="obsolete">IsDependent</translation>
        </message>
        <message>
            <source>IsUnderDefined</source>
            <translation type="obsolete">IsUnderDefined</translation>
        </message>
        <message>
            <source>IsValid</source>
            <translation>IsValid</translation>
        </message>
        <message>
            <source>Key not found in material dictionary.</source>
            <translation>Key not found in material dictionary.</translation>
        </message>
        <message>
            <source>Key not found in material property dictionary.</source>
            <translation>Key not found in material property dictionary.</translation>
        </message>
        <message>
            <source>Key not found in material variable dictionary.</source>
            <translation>Key not found in material variable dictionary.</translation>
        </message>
        <message>
            <source>Key not found in property data dictionary.</source>
            <translation>Key not found in property data dictionary.</translation>
        </message>
        <message>
            <source>LowerBoundUnit</source>
            <translation type="obsolete">LowerBoundUnit</translation>
        </message>
        <message>
            <source>LowerBoundValue</source>
            <translation type="obsolete">LowerBoundValue</translation>
        </message>
        <message>
            <source>LowerLimit</source>
            <translation type="unfinished">LowerLimit</translation>
        </message>
        <message>
            <source>MaterialPropertyColl</source>
            <translation type="obsolete">MaterialPropertyColl</translation>
        </message>
        <message>
            <source>MaxValue</source>
            <translation>MaxValue</translation>
        </message>
        <message>
            <source>MinValue</source>
            <translation>MinValue</translation>
        </message>
        <message>
            <source>Offset</source>
            <translation>Offset</translation>
        </message>
        <message>
            <source>ParameterValue</source>
            <translation>ParameterValue</translation>
        </message>
        <message>
            <source>PrimaryIndependent</source>
            <translation>PrimaryIndependent</translation>
        </message>
        <message>
            <source>Property ID not found in materialProperty dictionary.</source>
            <translation>Property ID not found in materialProperty dictionary.</translation>
        </message>
        <message>
            <source>PropertyData ID not found in materialPropertyData dictionary.</source>
            <translation>PropertyData ID not found in materialPropertyData dictionary.</translation>
        </message>
        <message>
            <source>PropertyDataColl</source>
            <translation type="obsolete">PropertyDataColl</translation>
        </message>
        <message>
            <source>QuantityType</source>
            <translation type="unfinished">QuantityType</translation>
        </message>
        <message>
            <source>RowsCount</source>
            <translation type="obsolete">RowsCount</translation>
        </message>
        <message>
            <source>Scale</source>
            <translation>Scale</translation>
        </message>
        <message>
            <source>Source</source>
            <translation>Source</translation>
        </message>
        <message>
            <source>SourceFileReference</source>
            <translation type="unfinished">SourceFileReference</translation>
        </message>
        <message>
            <source>Target</source>
            <translation>Target</translation>
        </message>
        <message>
            <source>TypeName</source>
            <translation type="obsolete">TypeName</translation>
        </message>
        <message>
            <source>Unable to change field variable name to "{0}", field variable with given name already exists</source>
            <translation type="unfinished">Unable to change field variable name to "{0}", field variable with given name already exists</translation>
        </message>
        <message>
            <source>Unable to change quantity type, only the quantity types of unused field variables can be altered.</source>
            <translation type="unfinished">Unable to change quantity type, only the quantity types of unused field variables can be altered.</translation>
        </message>
        <message>
            <source>Unable to create data object. Field variable "{0}" does not exist</source>
            <translation type="unfinished">Unable to create data object. Field variable "{0}" does not exist</translation>
        </message>
        <message>
            <source>Unable to create data object. Field variable with name "{0}" is defined with quantity type "{1}"</source>
            <translation type="unfinished">Unable to create data object. Field variable with name "{0}" is defined with quantity type "{1}"</translation>
        </message>
        <message>
            <source>Unable to create the data provider, because the MaterialPropertyData reference is not valid.</source>
            <translation type="unfinished">Unable to create the data provider, because the MaterialPropertyData reference is not valid.</translation>
        </message>
        <message>
            <source>Unable to read in value "{0}" as number</source>
            <translation type="unfinished">Unable to read in value "{0}" as number</translation>
        </message>
        <message>
            <source>UniqueData</source>
            <translation type="obsolete">UniqueData</translation>
        </message>
        <message>
            <source>Unit</source>
            <translation type="unfinished">Unit</translation>
        </message>
        <message>
            <source>UnitSystemWhenSolved</source>
            <translation type="obsolete">UnitSystemWhenSolved</translation>
        </message>
        <message>
            <source>UpperBoundUnit</source>
            <translation type="obsolete">UpperBoundUnit</translation>
        </message>
        <message>
            <source>UpperBoundValue</source>
            <translation type="obsolete">UpperBoundValue</translation>
        </message>
        <message>
            <source>UpperLimit</source>
            <translation type="unfinished">UpperLimit</translation>
        </message>
        <message>
            <source>Value</source>
            <translation type="obsolete">Value</translation>
        </message>
        <message>
            <source>Variable ID not found in Variable dictionary.</source>
            <translation>Variable ID not found in Variable dictionary.</translation>
        </message>
        <message>
            <source>VariableColl</source>
            <translation>VariableColl</translation>
        </message>
        <message>
            <source>VariableName</source>
            <translation type="unfinished">VariableName</translation>
        </message>
        <message>
            <source>VariableNames</source>
            <translation type="unfinished">VariableNames</translation>
        </message>
        <message>
            <source>VariableUnits</source>
            <translation type="unfinished">VariableUnits</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.GraphGeneration</name>
        <message>
            <source>Chart of Properties Row {0}: </source>
            <translation>Chart of Properties Row {0}: </translation>
        </message>
        <message>
            <source>Engineering Data Chart</source>
            <translation>Engineering Data Chart</translation>
        </message>
        <message>
            <source>Unable able to load graphing assemblies</source>
            <translation>Unable able to load graphing assemblies</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.AUTODYNGraphGenerator</name>
        <message>
            <source>Compaction EOS Chart</source>
            <translation type="unfinished">Compaction EOS Chart</translation>
        </message>
        <message>
            <source>Cowper Symonds Chart</source>
            <translation type="unfinished">Cowper Symonds Chart</translation>
        </message>
        <message>
            <source>Crushable Foam Chart</source>
            <translation type="unfinished">Crushable Foam Chart</translation>
        </message>
        <message>
            <source>Dependent Variable 1</source>
            <translation type="unfinished">Dependent Variable 1</translation>
        </message>
        <message>
            <source>Dependent Variable 2</source>
            <translation type="unfinished">Dependent Variable 2</translation>
        </message>
        <message>
            <source>Dependent Variable 3</source>
            <translation type="unfinished">Dependent Variable 3</translation>
        </message>
        <message>
            <source>Dependent Variable 4</source>
            <translation type="unfinished">Dependent Variable 4</translation>
        </message>
        <message>
            <source>Drucker-Prager Chart</source>
            <translation type="unfinished">Drucker-Prager Chart</translation>
        </message>
        <message>
            <source>Engineering Data Chart</source>
            <translation type="unfinished">Engineering Data Chart</translation>
        </message>
        <message>
            <source>Failure Fraction</source>
            <translation type="unfinished">Failure Fraction</translation>
        </message>
        <message>
            <source>Fracture Strength</source>
            <translation type="unfinished">Fracture Strength</translation>
        </message>
        <message>
            <source>Intact Strength</source>
            <translation type="unfinished">Intact Strength</translation>
        </message>
        <message>
            <source>Johnson-Cook Chart</source>
            <translation type="unfinished">Johnson-Cook Chart</translation>
        </message>
        <message>
            <source>Johnson-Cook Strength</source>
            <translation type="unfinished">Johnson-Cook Strength</translation>
        </message>
        <message>
            <source>Johnson-Holmquist</source>
            <translation type="unfinished">Johnson-Holmquist</translation>
        </message>
        <message>
            <source>Johnson-Holmquist Chart</source>
            <translation type="unfinished">Johnson-Holmquist Chart</translation>
        </message>
        <message>
            <source>MO Granular Chart</source>
            <translation type="unfinished">MO Granular Chart</translation>
        </message>
        <message>
            <source>P-alpha EOS Chart</source>
            <translation type="unfinished">P-alpha EOS Chart</translation>
        </message>
        <message>
            <source>Particle Velocity</source>
            <translation type="unfinished">Particle Velocity</translation>
        </message>
        <message>
            <source>Particle Velocity Up</source>
            <translation type="unfinished">Particle Velocity Up</translation>
        </message>
        <message>
            <source>Polynomial EOS Chart</source>
            <translation type="unfinished">Polynomial EOS Chart</translation>
        </message>
        <message>
            <source>Pressure </source>
            <translation type="unfinished">Pressure </translation>
        </message>
        <message>
            <source>Probability</source>
            <translation type="unfinished">Probability</translation>
        </message>
        <message>
            <source>Probability Of Failure</source>
            <translation type="unfinished">Probability Of Failure</translation>
        </message>
        <message>
            <source>RHT Concrete Chart</source>
            <translation type="unfinished">RHT Concrete Chart</translation>
        </message>
        <message>
            <source>Shock EOS Chart</source>
            <translation type="unfinished">Shock EOS Chart</translation>
        </message>
        <message>
            <source>Shock Velocity</source>
            <translation type="unfinished">Shock Velocity</translation>
        </message>
        <message>
            <source>Shock Velocity Us 1</source>
            <translation type="unfinished">Shock Velocity Us 1</translation>
        </message>
        <message>
            <source>Shock Velocity Us 2</source>
            <translation type="unfinished">Shock Velocity Us 2</translation>
        </message>
        <message>
            <source>Steinberg Guinan Chart</source>
            <translation type="unfinished">Steinberg Guinan Chart</translation>
        </message>
        <message>
            <source>Stochastic Failure Chart</source>
            <translation type="unfinished">Stochastic Failure Chart</translation>
        </message>
        <message>
            <source>Yield Stress 1/s</source>
            <translation type="unfinished">Yield Stress 1/s</translation>
        </message>
        <message>
            <source>Yield Stress 100/s</source>
            <translation type="unfinished">Yield Stress 100/s</translation>
        </message>
        <message>
            <source>Yield Stress 1000/s</source>
            <translation type="unfinished">Yield Stress 1000/s</translation>
        </message>
        <message>
            <source>Yield Stress 10000/s</source>
            <translation type="unfinished">Yield Stress 10000/s</translation>
        </message>
        <message>
            <source>Yield Stress 1000000/s</source>
            <translation type="unfinished">Yield Stress 1000000/s</translation>
        </message>
        <message>
            <source>Yield Stress 25MT</source>
            <translation type="unfinished">Yield Stress 25MT</translation>
        </message>
        <message>
            <source>Yield Stress 300K</source>
            <translation type="unfinished">Yield Stress 300K</translation>
        </message>
        <message>
            <source>Yield Stress 50MT</source>
            <translation type="unfinished">Yield Stress 50MT</translation>
        </message>
        <message>
            <source>Yield Stress 75MT</source>
            <translation type="unfinished">Yield Stress 75MT</translation>
        </message>
        <message>
            <source>Zerilli Armstrong Chart</source>
            <translation type="unfinished">Zerilli Armstrong Chart</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.DataProvider</name>
        <message>
            <source>In version 13, Anand Viscoplasticity incorrectly allowed the specification of units for the coefficient terms, because it is not possible to convert the data.  The Reference Units must now be set, which will force a consistent solver unit system to be used for the solution.</source>
            <translation type="unfinished">In version 13, Anand Viscoplasticity incorrectly allowed the specification of units for the coefficient terms, because it is not possible to convert the data.  The Reference Units must now be set, which will force a consistent solver unit system to be used for the solution.</translation>
        </message>
        <message>
            <source>In version 13, Anand Viscoplasticity incorrectly allowed the specification of units for the coefficient terms, because it is not possible to convert the data.  The Reference Units must now be set, which will force a consistent solver unit system to be used for the solution.Engineering Data attempted to set the Reference Units, but it was not possible for the units selected for the coefficients.  
{0}We apologize for this inconvenience.</source>
            <translation type="unfinished">In version 13, Anand Viscoplasticity incorrectly allowed the specification of units for the coefficient terms, because it is not possible to convert the data.  The Reference Units must now be set, which will force a consistent solver unit system to be used for the solution.Engineering Data attempted to set the Reference Units, but it was not possible for the units selected for the coefficients.  
{0}We apologize for this inconvenience.</translation>
        </message>
    </context>
    <context>
        <name>Ans.EngineeringData.Core</name>
        <message>
            <source>The provided data exceeds the allowable entries for {0}</source>
            <translation>The provided data exceeds the allowable entries for {0}</translation>
        </message>
    </context>
</TS>