<?xml version="1.0" encoding="utf-8" standalone="yes"?>
<EngineeringData version="15.0.0.0" versiondate="2013-08-29T10:43:23.1537487-04:00">
  <Notes />
  <Materials>
    <MatML_Doc>
      <Material>
        <BulkDetails>
          <Name>Air</Name>
          <Description>Dry Air as a mixture of Nitrogen (0.7812), Oxygen (0.2096) and Argon (0.0092) in accordance with U.S. Standard Atmosphere 1976 at sea level static conditions for a standard day (15 [C] and 101.3 [kPa]).
            Source: Data generated from NIST REFPROP 9.1
            Literature Reference: Lemmon, E.W., Jacobsen, R.T, Penoncello, S.G., and Friend, D.G., "Thermodynamic Properties of Air and Mixtures of Nitrogen, Argon, and Oxygen from 60 to 2000 K at Pressures to 2000 MPa," J. Phys. Chem. Ref. Data, 29(3):331-385, 2000.
          </Description>
          <PropertyData property="pr0" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa0" format="string">
              <Data>1.2255 [kg m^-3]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr1" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Definition">Constant Pressure</Qualifier>
            <ParameterValue parameter="pa1" format="string">
              <Data>1.006 [kJ kg^-1 K^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr2" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa2" format="string">
              <Data>1.7926E-05 [Pa s]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr3" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa3" format="string">
              <Data>0.0255 [W m^-1 K^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr12" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa14" format="string">
              <Data>28.965 [kg kmol^-1]</Data>
            </ParameterValue>
          </PropertyData>
        </BulkDetails>
      </Material>
      <Material>
        <BulkDetails>
          <Name>Water</Name>
          <Description>Liquid Water (pure substance) at sea level static conditions for a standard day (15 [C] and 101.3 [kPa]).
            Source: Data generated from NIST REFPROP 9.1
            Literature Reference: Wagner, W. and Pruss, A., "The IAPWS Formulation 1995 for the Thermodynamic Properties of Ordinary Water Substance for General and Scientific Use," J. Phys. Chem. Ref. Data, 31(2):387-535, 2002.
            Density: 999.10 [kg/m^3]
            Specific Heat at Constant Pressure: 4.1885 [kJ/(kg K)]
            Viscosity: 1.1376e-3 [Pa s]
            Thermal Conductivity: 0.58880 [W/(m K)]
          </Description>
          <PropertyData property="pr0" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa0" format="string">
              <Data>999.1 [kg m^-3]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr1" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Definition">Constant Pressure</Qualifier>
            <ParameterValue parameter="pa1" format="string">
              <Data>4.1885 [kJ kg^-1 K^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr2" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa2" format="string">
              <Data>1.1376E-03 [Pa s]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr3" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa3" format="string">
              <Data>0.5888 [W m^-1 K^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr12" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa14" format="string">
              <Data>18.015 [kg kmol^-1]</Data>
            </ParameterValue>
          </PropertyData>
        </BulkDetails>
      </Material>
      <Material>
        <BulkDetails>
          <Name>Structural Steel</Name>
          <Description>General material data for a structural steel.
          The fatigue data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1</Description>
          <PropertyData property="pr4" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa4" format="string">
              <Data>0 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr5" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa5" format="string">
              <Data>250000000 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr0" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa0" format="string">
              <Data>7850 [kg m^-3]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr6" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa6" format="string">
              <Data>250000000 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr7" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa7" format="string">
              <Data>460000000 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr8" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Definition">Secant</Qualifier>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa8" format="string">
              <Data>1.2E-05 [C^-1]</Data>
            </ParameterValue>
            <ParameterValue parameter="pa9" format="string">
              <Data>22 [C]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr1" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa1" format="string">
              <Data>434 [J kg^-1 C^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr3" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa3" format="string">
              <Data>60.5 [W m^-1 C^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr9" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa10" format="string">
              <Data>1.7E-07 [ohm m]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr10" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <Qualifier name="Derive from">Young's Modulus and Poisson's Ratio</Qualifier>
            <ParameterValue parameter="pa11" format="string">
              <Data>200000000000 [Pa]</Data>
            </ParameterValue>
            <ParameterValue parameter="pa12" format="string">
              <Data>0.3</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr11" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa13" format="string">
              <Data>10000</Data>
            </ParameterValue>
          </PropertyData>
        </BulkDetails>
      </Material>
      <Material>
        <BulkDetails>
          <Name>Aluminum Alloy</Name>
          <Description>General material data for an aluminum alloy.  Fatigue properties come from MIL-HDBK-5H, page 3-277. </Description>
          <PropertyData property="pr4" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa4" format="string">
              <Data>0 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr5" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa5" format="string">
              <Data>280000000 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr0" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa0" format="string">
              <Data>2770 [kg m^-3]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr6" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa6" format="string">
              <Data>280000000 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr7" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa7" format="string">
              <Data>310000000 [Pa]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr8" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Definition">Secant</Qualifier>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa8" format="string">
              <Data>2.3E-05 [C^-1]</Data>
            </ParameterValue>
            <ParameterValue parameter="pa9" format="string">
              <Data>22 [C]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr1" delimiter=",">
            <Data format="string">-</Data>
            <ParameterValue parameter="pa1" format="string">
              <Data>875 [J kg^-1 C^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr3" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa3" format="string">
              <Qualifier name="Type">table</Qualifier>
              <Qualifier name="Index">1</Qualifier>
              <Data>Temperature:-100 [C],0 [C],100 [C],200 [C];Thermal Conductivity:114 [W m^-1 C^-1],144 [W m^-1 C^-1],165 [W m^-1 C^-1],175 [W m^-1 C^-1]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr9" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa10" format="string">
              <Qualifier name="Type">table</Qualifier>
              <Qualifier name="Index">1</Qualifier>
              <Data>Temperature:0 [C],20 [C],100 [C];Resistivity:2.43E-08 [ohm m],2.67E-08 [ohm m],3.63E-08 [ohm m]</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr10" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <Qualifier name="Derive from">Young's Modulus and Poisson's Ratio</Qualifier>
            <ParameterValue parameter="pa11" format="string">
              <Data>71000000000 [Pa]</Data>
            </ParameterValue>
            <ParameterValue parameter="pa12" format="string">
              <Data>0.33</Data>
            </ParameterValue>
          </PropertyData>
          <PropertyData property="pr11" delimiter=",">
            <Data format="string">-</Data>
            <Qualifier name="Behavior">Isotropic</Qualifier>
            <ParameterValue parameter="pa13" format="string">
              <Data>1</Data>
            </ParameterValue>
          </PropertyData>
        </BulkDetails>
      </Material>
      <Metadata>
        <ParameterDetails id="pa0">
          <Name>Density</Name>
          <Units name="Density">
            <Unit>
              <Name>kg</Name>
            </Unit>
            <Unit power="-3">
              <Name>m</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa1">
          <Name>Specific Heat</Name>
          <Units name="Specific Heat Capacity">
            <Unit>
              <Name>J</Name>
            </Unit>
            <Unit power="-1">
              <Name>kg</Name>
            </Unit>
            <Unit power="-1">
              <Name>K</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa2">
          <Name>Viscosity</Name>
          <Units name="Dynamic Viscosity">
            <Unit>
              <Name>Pa</Name>
            </Unit>
            <Unit>
              <Name>s</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa3">
          <Name>Thermal Conductivity</Name>
          <Units name="Thermal Conductivity">
            <Unit>
              <Name>W</Name>
            </Unit>
            <Unit power="-1">
              <Name>m</Name>
            </Unit>
            <Unit power="-1">
              <Name>K</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa4">
          <Name>Compressive Ultimate Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa5">
          <Name>Compressive Yield Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa6">
          <Name>Tensile Yield Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa7">
          <Name>Tensile Ultimate Strength</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa8">
          <Name>Coefficient of Thermal Expansion</Name>
          <Units name="InvTemp1">
            <Unit power="-1">
              <Name>K</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa9">
          <Name>Zero Strain Temperature</Name>
          <Units name="Temperature">
            <Unit>
              <Name>K</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa10">
          <Name>Resistivity</Name>
          <Units name="Electrical Resistivity">
            <Unit>
              <Name>ohm</Name>
            </Unit>
            <Unit>
              <Name>m</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa11">
          <Name>Young's Modulus</Name>
          <Units name="Stress">
            <Unit>
              <Name>Pa</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <ParameterDetails id="pa12">
          <Name>Poisson's Ratio</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa13">
          <Name>Relative Permeability</Name>
          <Unitless />
        </ParameterDetails>
        <ParameterDetails id="pa14">
          <Name>Molar Mass</Name>
          <Units name="Molar Mass">
            <Unit>
              <Name>kg</Name>
            </Unit>
            <Unit power="-1">
              <Name>kmol</Name>
            </Unit>
          </Units>
        </ParameterDetails>
        <PropertyDetails id="pr0">
          <Name>Density</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr1">
          <Name>Specific Heat</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr2">
          <Name>Viscosity</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr3">
          <Name>Thermal Conductivity</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr4">
          <Name>Compressive Ultimate Strength</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr5">
          <Name>Compressive Yield Strength</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr6">
          <Name>Tensile Yield Strength</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr7">
          <Name>Tensile Ultimate Strength</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr8">
          <Name>Coefficient of Thermal Expansion</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr9">
          <Name>Resistivity</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr10">
          <Name>Elasticity</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr11">
          <Name>Relative Permeability</Name>
          <Unitless />
        </PropertyDetails>
        <PropertyDetails id="pr12">
          <Name>Molar Mass</Name>
          <Unitless />
        </PropertyDetails>
      </Metadata>
    </MatML_Doc>
  </Materials>
</EngineeringData>
