<?xml version="1.0" encoding="UTF-8"?>
<EngineeringData version="18.0.0.172" versiondate="19.12.2016 12:04:00">
  <Notes>
  </Notes>
  <Materials>
    <MatML_Doc>
      <Material>
        <BulkDetails>
          <Name>Structural Steel</Name>
          <Description>Fatigue Data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1</Description>
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              <Qualifier name="Units">
              </Qualifier>
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            <ParameterValue parameter="pa1" format="float">
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              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">
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            <ParameterValue parameter="pa2" format="float">
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              <Qualifier name="Variable Type">Dependent</Qualifier>
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              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">
              </Qualifier>
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            <ParameterValue parameter="pa3" format="string">
              <Data>Appearance</Data>
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            <ParameterValue parameter="pa4" format="float">
              <Data>0</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="Offset">0 [Pa]</Qualifier>
              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">Pa</Qualifier>
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          </PropertyData>
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              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="Offset">0 [Pa]</Qualifier>
              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">Pa</Qualifier>
            </ParameterValue>
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            <ParameterValue parameter="pa6" format="float">
              <Data>7.85e-09</Data>
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              <Qualifier name="Offset">0 [tonne mm^-3]</Qualifier>
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              <Qualifier name="Units">tonne mm^-3</Qualifier>
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              <Qualifier name="Units">Pa</Qualifier>
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            <Qualifier name="Behavior">Isotropic</Qualifier>
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              <Data>1.2e-05</Data>
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              <Qualifier name="Offset">0 [C^-1]</Qualifier>
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              <Qualifier name="Units">C^-1</Qualifier>
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              <Qualifier name="Offset">0 [J kg^-1 C^-1]</Qualifier>
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              <Qualifier name="Units">J kg^-1 C^-1</Qualifier>
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              <Data>60.5</Data>
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              <Qualifier name="Offset">0 [W m^-1 C^-1]</Qualifier>
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              <Qualifier name="Units">W m^-1 C^-1</Qualifier>
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              <Qualifier name="Offset">0 [C]</Qualifier>
              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">C</Qualifier>
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            <Qualifier name="Interpolation">Log-Log</Qualifier>
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            </ParameterValue>
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              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="Offset">0 [Pa]</Qualifier>
              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">Pa</Qualifier>
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              <Data>-0.106</Data>
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              <Qualifier name="Units">
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              <Qualifier name="Units">
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              <Qualifier name="Units">
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              <Qualifier name="Units">Pa</Qualifier>
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              <Qualifier name="Units">
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              <Qualifier name="Offset">0 [ohm m]</Qualifier>
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              <Qualifier name="Units">ohm m</Qualifier>
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              <Qualifier name="Units">C</Qualifier>
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              <Data>Interpolation Options</Data>
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              <Qualifier name="Units">
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              <Qualifier name="Units">Pa</Qualifier>
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              <Qualifier name="Units">Pa</Qualifier>
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              <Qualifier name="Offset">0 [C]</Qualifier>
              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">C</Qualifier>
              <Qualifier name="Field Variable">Temperature</Qualifier>
              <Qualifier name="Default Data">22</Qualifier>
              <Qualifier name="Field Units">C</Qualifier>
              <Qualifier name="Resolution">Program Controlled</Qualifier>
              <Qualifier name="Upper Limit">Program Controlled</Qualifier>
              <Qualifier name="Lower Limit">Program Controlled</Qualifier>
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              <Qualifier name="Units">
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            <Data format="string">-</Data>
            <Qualifier name="Definition">Bilinear</Qualifier>
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              <Data>250</Data>
              <Qualifier name="Variable Type">Dependent</Qualifier>
              <Qualifier name="Offset">0 [MPa]</Qualifier>
              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">MPa</Qualifier>
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              <Qualifier name="Offset">0 [MPa]</Qualifier>
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              <Qualifier name="Units">MPa</Qualifier>
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              <Qualifier name="Scale">1</Qualifier>
              <Qualifier name="Units">C</Qualifier>
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          </PropertyData>
        </BulkDetails>
      </Material>
      <Metadata>
        <ParameterDetails id="pa0">
          <Name>Red</Name>
        </ParameterDetails>
        <ParameterDetails id="pa1">
          <Name>Green</Name>
        </ParameterDetails>
        <ParameterDetails id="pa2">
          <Name>Blue</Name>
        </ParameterDetails>
        <ParameterDetails id="pa3">
          <Name>Material Property</Name>
        </ParameterDetails>
        <ParameterDetails id="pa4">
          <Name>Compressive Ultimate Strength</Name>
        </ParameterDetails>
        <ParameterDetails id="pa5">
          <Name>Compressive Yield Strength</Name>
        </ParameterDetails>
        <ParameterDetails id="pa6">
          <Name>Density</Name>
        </ParameterDetails>
        <ParameterDetails id="pa7">
          <Name>Temperature</Name>
        </ParameterDetails>
        <ParameterDetails id="pa8">
          <Name>Tensile Yield Strength</Name>
        </ParameterDetails>
        <ParameterDetails id="pa9">
          <Name>Tensile Ultimate Strength</Name>
        </ParameterDetails>
        <ParameterDetails id="pa10">
          <Name>Coefficient of Thermal Expansion</Name>
        </ParameterDetails>
        <ParameterDetails id="pa11">
          <Name>Zero-Thermal-Strain Reference Temperature</Name>
        </ParameterDetails>
        <ParameterDetails id="pa12">
          <Name>Specific Heat</Name>
        </ParameterDetails>
        <ParameterDetails id="pa13">
          <Name>Thermal Conductivity</Name>
        </ParameterDetails>
        <ParameterDetails id="pa14">
          <Name>Alternating Stress</Name>
        </ParameterDetails>
        <ParameterDetails id="pa15">
          <Name>Cycles</Name>
        </ParameterDetails>
        <ParameterDetails id="pa16">
          <Name>Mean Stress</Name>
        </ParameterDetails>
        <ParameterDetails id="pa17">
          <Name>Strength Coefficient</Name>
        </ParameterDetails>
        <ParameterDetails id="pa18">
          <Name>Strength Exponent</Name>
        </ParameterDetails>
        <ParameterDetails id="pa19">
          <Name>Ductility Coefficient</Name>
        </ParameterDetails>
        <ParameterDetails id="pa20">
          <Name>Ductility Exponent</Name>
        </ParameterDetails>
        <ParameterDetails id="pa21">
          <Name>Cyclic Strength Coefficient</Name>
        </ParameterDetails>
        <ParameterDetails id="pa22">
          <Name>Cyclic Strain Hardening Exponent</Name>
        </ParameterDetails>
        <ParameterDetails id="pa23">
          <Name>Resistivity</Name>
        </ParameterDetails>
        <ParameterDetails id="pa24">
          <Name>Options Variable</Name>
        </ParameterDetails>
        <ParameterDetails id="pa25">
          <Name>Young's Modulus</Name>
        </ParameterDetails>
        <ParameterDetails id="pa26">
          <Name>Poisson's Ratio</Name>
        </ParameterDetails>
        <ParameterDetails id="pa27">
          <Name>Bulk Modulus</Name>
        </ParameterDetails>
        <ParameterDetails id="pa28">
          <Name>Shear Modulus</Name>
        </ParameterDetails>
        <ParameterDetails id="pa29">
          <Name>Relative Permeability</Name>
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        <ParameterDetails id="pa30">
          <Name>Yield Strength</Name>
        </ParameterDetails>
        <ParameterDetails id="pa31">
          <Name>Tangent Modulus</Name>
        </ParameterDetails>
        <PropertyDetails id="pr0">
          <Name>Color</Name>
        </PropertyDetails>
        <PropertyDetails id="pr1">
          <Name>Compressive Ultimate Strength</Name>
        </PropertyDetails>
        <PropertyDetails id="pr2">
          <Name>Compressive Yield Strength</Name>
        </PropertyDetails>
        <PropertyDetails id="pr3">
          <Name>Density</Name>
        </PropertyDetails>
        <PropertyDetails id="pr4">
          <Name>Tensile Yield Strength</Name>
        </PropertyDetails>
        <PropertyDetails id="pr5">
          <Name>Tensile Ultimate Strength</Name>
        </PropertyDetails>
        <PropertyDetails id="pr6">
          <Name>Coefficient of Thermal Expansion</Name>
        </PropertyDetails>
        <PropertyDetails id="pr7">
          <Name>Zero-Thermal-Strain Reference Temperature</Name>
        </PropertyDetails>
        <PropertyDetails id="pr8">
          <Name>Specific Heat</Name>
        </PropertyDetails>
        <PropertyDetails id="pr9">
          <Name>Thermal Conductivity</Name>
        </PropertyDetails>
        <PropertyDetails id="pr10">
          <Name>Alternating Stress</Name>
        </PropertyDetails>
        <PropertyDetails id="pr11">
          <Name>Strain-Life Parameters</Name>
        </PropertyDetails>
        <PropertyDetails id="pr12">
          <Name>Resistivity</Name>
        </PropertyDetails>
        <PropertyDetails id="pr13">
          <Name>Elasticity</Name>
        </PropertyDetails>
        <PropertyDetails id="pr14">
          <Name>Relative Permeability</Name>
        </PropertyDetails>
        <PropertyDetails id="pr15">
          <Name>Isotropic Hardening</Name>
        </PropertyDetails>
      </Metadata>
    </MatML_Doc>
  </Materials>
  <ANSYSWBTransferData>
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      <Material>
        <Name>Structural Steel</Name>
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</EngineeringData>