<?xml version="1.0" encoding="utf-8"?>
<EngineeringData version="12.1" id="meta">
  <Notes>This file is used to describe all properties which are known for the LSDYNA solver.</Notes>
  <Materials>
    <MatML_Doc xmlns:xsi="http://www.w3.org/2000/10/XMLSchema-instance" xmlns:ansys="http://www.ansys.com/MatML" xsi:schemaLocation="http://www.ansys.com/MatML matml31.xsd">
      <Material>
        <BulkDetails>
          <Name>ANSYS Engineering Data Property Definition</Name>
          <!-- Cowper Symonds PowerLaw -->
          <PropertyData property="pr3" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Cowper Symonds</Qualifier>
            <Qualifier name="Strain Rate Correction">Scale Yield Stress,Viscoplastic</Qualifier>
            <ParameterValue parameter="pa93" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> A</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa9" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> K</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa10" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> n</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> C</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> P</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr3" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Rate Sensitive</Qualifier>
            <Qualifier name="Strain Rate Correction">Scale Yield Stress,Viscoplastic</Qualifier>
            <ParameterValue parameter="pa9" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> K</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa10" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> m</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> n</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa14" format="float">
              <Data>0.0002</Data>
              <Qualifier name="ED_AppendName"> (/sec)</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr1" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Bilinear</Qualifier>
            <ParameterValue parameter="pa1" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa2" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa3" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr1" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Multilinear</Qualifier>
            <ParameterValue parameter="pa66" format="string">
              <Data>Transversely Anisotropic Hardening</Data>
            </ParameterValue>
            <ParameterValue parameter="pa3" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr1a" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Multilinear</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa1" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa4" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>Transversely Anisotropic Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr2" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Bilinear</Qualifier>
            <ParameterValue parameter="pa1" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa2" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa3" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr2" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Multilinear</Qualifier>
            <ParameterValue parameter="pa66" format="string">
              <Data>FLD Transversely Anisotropic Hardening</Data>
            </ParameterValue>
            <ParameterValue parameter="pa3" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr2a" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Multilinear</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa1" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa4" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>FLD Transversely Anisotropic Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr2b" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Bilinear</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa12" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> (%)</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa13" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> (%)</Qualifier>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>FLD Transversely Anisotropic Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr2c" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Multilinear</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa12" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> (%)</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa13" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> (%)</Qualifier>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>FLD Transversely Anisotropic Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Barlat 3 Parameter -->
          <PropertyData property="pr4" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Bilinear</Qualifier>
            <ParameterValue parameter="pa1" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa2" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa15" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa16" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa17" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa18" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> C</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> P</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Barlat 3 Parameter -->
          <PropertyData property="pr4" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Exponential</Qualifier>
            <Qualifier name="Hardening Type">Swift,Gosh</Qualifier>
            <ParameterValue parameter="pa9" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> K</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa10" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> n</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa15" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa16" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa17" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa18" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> C</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> P</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa20" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Barlat Anisotropy -->
          <PropertyData property="pr5" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Exponential</Qualifier>
            <ParameterValue parameter="pa9" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> K</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa10" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> n</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa15" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa19" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> A</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa19" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> B</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa19" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> C</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa19" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> F</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa19" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> G</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa19" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> H</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa20" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Piecewize Linear Hardening -->
          <PropertyData property="pr6" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Cowper Symonds</Qualifier>
            <Qualifier name="Strain Rate Correction">Scale Yield Stress,Viscoplastic</Qualifier>
            <ParameterValue parameter="pa93" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> A</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> C</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> P</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string">
              <Data>Piecewize Linear Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr6" minOccurrences="1" definitionAffix="prefix">
            <Data format="string">-</Data>
            <Qualifier name="Definition Method">Modified Cowper Symonds</Qualifier>
            <Qualifier name="Strain Rate Correction">Scale Yield Stress,Viscoplastic</Qualifier>
            <ParameterValue parameter="pa93" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="ED_AppendName"> A</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> C</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa11" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> P</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string">
              <Data>Piecewize Linear Hardening</Data>
            </ParameterValue>
            <ParameterValue parameter="pa22" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa23" format="float" lowerLimit="0.0">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr6a" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Cowper Symonds</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa21" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa4" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>Piecewize Linear Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr6b" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Modified Cowper Symonds</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa21" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa4" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>Piecewize Linear Hardening</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Low Density Foam-->
          <PropertyData property="pr7" minOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Rate Independent</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa24" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> TC</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa25" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> HU</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa26" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> BETA</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa27" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SHAPE</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa48" format="float">
              <Data>0.0</Data>
              <Qualifier name="ED_AppendName"> KCON</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>            
            <ParameterValue parameter="pa66" format="string">
              <Data>Low Density Foam</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <PropertyData property="pr7a" minOccurrences="1" maxOccurrences="1" definitionAffix="prefix">
            <Qualifier name="Definition Method">Rate Independent</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa21" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa5" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Independent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa66" format="string" minOccurrences="1">
              <Data>Low Density Foam</Data>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Enhanced Composite Damage-->
          <PropertyData property="pr8" minOccurrences="1" maxOccurrences="1">
            <Qualifier name="Failure Type">Smooth failure surface with Quadratic Criterion,Smooth failure surface for unidirectional (UD) layered composites only, Faceted failure surface</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa28" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMT1</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa29" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMC1</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa30" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMT2</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa31" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMC2</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa32" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMS</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa33" format="float">
              <Data>1.0</Data>
              <Qualifier name="ED_AppendName"> SOFT</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa34" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> TFAIL</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Laminate Fabric -->
          <PropertyData property="pr9" minOccurrences="1" maxOccurrences="1">
            <Qualifier name="Failure Type">Smooth failure surface with Quadratic Criterion,Smooth failure surface for unidirectional (UD) layered composites only,Faceted failure surface</Qualifier>
            <Data format="string">-</Data>
            <ParameterValue parameter="pa28" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMT1</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa29" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMC1</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa30" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMT2</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa31" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMC2</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa32" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> SLIMS</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa33" format="float">
              <Data>1.0</Data>
              <Qualifier name="ED_AppendName"> SOFT</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa34" format="float">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="ED_AppendName"> TFAIL</Qualifier>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Vacuum -->
          <PropertyData property="pr10" minOccurrences="1" maxOccurrences="1">
            <Data format="string">-</Data>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
          <!-- Concrete EC2 -->
          <PropertyData property="pr11" minOccurrences="1" maxOccurrences="1">
            <Data format="string">-</Data>
            <Qualifier name="Concrete Aggregate Type">Siliceous,Calcareous,Lightweight,Fiber-reinforced</Qualifier>
            <ParameterValue parameter="pa46" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa44" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa45" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa47" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa37" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa38" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="Type of Reinforcement">Hot rolled reinforcing steel,Cold worked reinforcing steel,Quenched and tempered prestressing steel,Cold worked prestressing steel</Qualifier>
            <ParameterValue parameter="pa39" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa40" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa41" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa42" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <ParameterValue parameter="pa43" format="float" minOccurrences="1">
              <Data>7.8886090522101180541172856528279e-31</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
            </ParameterValue>
            <Qualifier name="BETA">Mechanical.LSDYNAEnhanced</Qualifier>
          </PropertyData>
        </BulkDetails>
      </Material>
      <Metadata>
        <DataSourceDetails id="ds1" type="solver">
          <Name>LSDYNA@LSDYNA</Name>
          <Notes>This property data is specific to the LSTC, Corp., LS-DYNA solver</Notes>
        </DataSourceDetails>
        <ParameterDetails id="pa1">
          <Name>Yield Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa2">
          <Name>Tangent Modulus</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa3">
          <Name>Anisotropic Hardening Parameter</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa4">
          <Name>Plastic Strain</Name>
          <Units>
            <Unit>
              <Name>m</Name>
            </Unit>
            <Unit power="-1">
              <Name>m</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa5">
          <Name>Strain</Name>
          <Units>
            <Unit>
              <Name>m</Name>
            </Unit>
            <Unit power="-1">
              <Name>m</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa9">
          <Name>Hardening Constant</Name>
          <Units system="SI" name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa10">
          <Name>Hardening Exponent</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa11">
          <Name>Strain Rate Constant</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa12">
          <Name>Major Strain</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa13">
          <Name>Minor Strain</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa14">
          <Name>Reference Strain Rate</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa15">
          <Name>Barlat Exponent</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa16">
          <Name>Lankford parameter in 0 degree direction</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa17">
          <Name>Lankford parameter in 45 degree direction</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa18">
          <Name>Lankford parameter in 90 degree direction</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa19">
          <Name>Barlat Anisotropic Coefficient</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa20">
          <Name>Initial Yield Strain</Name>
          <Units>
            <Unit>
              <Name>m</Name>
            </Unit>
            <Unit power="-1">
              <Name>m</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa21">
          <Name>Stress</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa22">
          <Name>Thinning Strain At Failure</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa23">
          <Name>Major in Plane Strain At Failure</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa24">
          <Name>Maximum Tensile Stress</Name>
          <Units system="SI" name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa25">
          <Name>Hysteretic Unloading Factor</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa26">
          <Name>Creep Decay Constant in Unloading</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa27">
          <Name>Shape Factor in Unloading</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa28">
          <Name>Factor to determine minimum stress limit after maximum stress occurred for fiber tension</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa29">
          <Name>Factor to determine minimum stress limit after maximum stress occurred for fiber compression</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa30">
          <Name>Factor to determine minimum stress limit after maximum stress occurred for matrix tension</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa31">
          <Name>Factor to determine minimum stress limit after maximum stress occurred for matrix compression</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa32">
          <Name>Factor to determine minimum stress limit after maximum stress occurred for shear</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa33">
          <Name>Softening reduction factor for material strength in crashfront elements</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa34">
          <Name>Time step size criteria for element deletion</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa35">
          <Name>Young's Modulus of Concrete</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa36">
          <Name>Poisson's Ratio of Concrete</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa37">
          <Name>Compressive Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa38">
          <Name>Tensile Stress to cause Cracking</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa39">
          <Name>Young's Modulus of Reinforcement</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa40">
          <Name>Poisson's Ratio of Reinforcement</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa41">
          <Name>Ultimate Stress of Reinforcement</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa42">
          <Name>Fraction of Reinforcment in X-Axis</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa43">
          <Name>Fraction of Reinforcment in Y-Axis</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa44">
          <Name>Maximum friction shear stress on crack planes</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa45">
          <Name>Maximum through-thickness shear stress after cracking</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa46">
          <Name>Strain to fully open a crack</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa47">
          <Name>Strain parameter for aggregate interlock</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa48">
          <Name>Stiffness coefficient for contact</Name>
          <Unitless />
        </ParameterDetails>        
        <ParameterDetails id="pa66">
          <Name>Material Property</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa93">
          <Name>Initial Yield Stress</Name>
          <Units system="SI" name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <PropertyDetails id="pr1">
          <Name>Transversely Anisotropic Hardening</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr1a">
          <Name>Effective Yield Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </PropertyDetails>
        <PropertyDetails id="pr2">
          <Name>FLD Transversely Anisotropic Hardening</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr2a">
          <Name>Effective Stress</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </PropertyDetails>
        <PropertyDetails id="pr2b">
          <Name>Forming Limit Diagram</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr2c">
          <Name>Forming Limit Diagram</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr3">
          <Name>Power Law Hardening</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr4">
          <Name>3 Parameter Barlat Hardening</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr5">
          <Name>Barlat Anisotropic Hardening</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr6">
          <Name>Piecewize Linear Hardening</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr6a">
          <Name>Effective Stress</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </PropertyDetails>
        <PropertyDetails id="pr6b">
          <Name>Effective Stress</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </PropertyDetails>
        <PropertyDetails id="pr7">
          <Name>Low Density Foam</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr7a">
          <Name>Nominal Stress</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </PropertyDetails>
        <PropertyDetails id="pr8">
          <Name>Enhanced Damage Constants</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr9">
          <Name>Laminate Composite Fabric Constants</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr10">
          <Name>Vacuum</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr11">
          <Name>Concrete EC2</Name>
          <Unitless />
        </PropertyDetails>
      </Metadata>
    </MatML_Doc>
  </Materials>
</EngineeringData>