<?xml version="1.0" encoding="utf-8"?>
<Storage>
  <Project Version="9.1" />
  <Addins>
    <addin-list valType="String">[Ansys.ParameterManager.ParameterManagerAddin, Ansys.Dpdb.DpdbAddin, Ansys.Simulation.Core.Addin, Ansys.EngineeringData.Commands.Addin, Ansys.DesignModeler.Core.Addin]</addin-list>
    <Addin Name="Ansys.ParameterManager.ParameterManagerAddin" Version="7.3" />
    <Addin Name="Ansys.Dpdb.DpdbAddin" Version="4.0">
      <is-optional-on-resume valType="Boolean">true</is-optional-on-resume>
    </Addin>
    <Addin Name="Ansys.Simulation.Core.Addin" Version="20.1.0.0" />
    <Addin Name="Ansys.EngineeringData.Commands.Addin" Version="20.1.0.181" />
    <Addin Name="Ansys.DesignModeler.Core.Addin" Version="20.1.1.0" />
  </Addins>
  <Containers>
    <container-map valType="String">{"Scopes": Ansys.ParameterManager.ParameterManagerAddin:scopes, "Engineering Data": "Ansys.EngineeringData.Commands.Addin:Engineering Data", "Geometry": Ansys.DesignModeler.Core.Addin:Geometry, "Model": Ansys.Simulation.Core.Addin:SimulationModel, "Setup": Ansys.Simulation.Core.Addin:SimulationSetup, "Solution": Ansys.Simulation.Core.Addin:SimulationSolution, "Results": Ansys.Simulation.Core.Addin:SimulationResults}</container-map>
    <static-container-ids valType="String">{"Scopes": Scopes}</static-container-ids>
    <Container Name="Scopes" Version="1.0">
      <container-type valType="String">Ansys.ParameterManager.ParameterManagerAddin:scopes</container-type>
      <static-id valType="String">Scopes</static-id>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">0</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 1397, "Input": 1398, "Output": 1397}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <contains-significant-data valType="Boolean">false</contains-significant-data>
      <Object Name="/Scopes/GlobalScope:GlobalScope" Version="1.0">
        <class-type valType="String">GlobalScope</class-type>
        <object-name valType="String">GlobalScope</object-name>
        <member-data valType="String">{"DisplayText": "GlobalScope", "_fieldExpressionValidationContext": None, "functionProviders": [], "Parent": None}</member-data>
      </Object>
    </Container>
    <Container Name="Engineering Data" Version="1.0">
      <container-type valType="String">Ansys.EngineeringData.Commands.Addin:Engineering Data</container-type>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <source valType="String">1e77c0de-2fab-46f1-87fe-4ea047377803</source>
      <format valType="String">MatML31</format>
      <DefaultSolidMaterial valType="String"></DefaultSolidMaterial>
      <DefaultFluidMaterial valType="String">EDA_UNINITIALIZED_EDA</DefaultFluidMaterial>
      <Suppressed_DataObject valType="StringArray">
        <ArrayEntry Index="0">/Engineering Data/MaterialPropertyData:Bulk Modulus</ArrayEntry>
        <ArrayEntry Index="1">/Engineering Data/MaterialProperty:Bulk Modulus</ArrayEntry>
      </Suppressed_DataObject>
      <Source_DataObject valType="StringArray">
        <ArrayEntry Index="0">PVC / uPVC (unplasticized%, rigid)::ANSYS%:%:Disk%:%:Granta_Design_Typical_Materials.xml::PVC / uPVC (unplasticized%, rigid)</ArrayEntry>
        <ArrayEntry Index="1">Copper%, wrought::ANSYS%:%:Disk%:%:Granta_Design_Typical_Materials.xml::Copper%, wrought</ArrayEntry>
        <ArrayEntry Index="2">Cast iron%, malleable::ANSYS%:%:Disk%:%:Granta_Design_Typical_Materials.xml::Cast iron%, malleable</ArrayEntry>
        <ArrayEntry Index="3">CONC-35MPA::ANSYS%:%:Disk%:%:Explicit_Materials.xml::CONC-35MPA</ArrayEntry>
        <ArrayEntry Index="4">Structural Steel::ANSYS%:%:Disk%:%:General_Materials.xml::Structural Steel</ArrayEntry>
      </Source_DataObject>
      <AdaptedEntityMap valType="String">[typ]Material[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat]::d359fbe3-a2a7-4372-a8c4-d5fb829587f0$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Density[/prp]::99813ab6-228e-4a81-810c-e84e19ce5a51$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::c432afeb-e4f3-4a65-8ef9-9e0e6c4bb4c5$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Density[/var]::528bbd89-66a6-4b7a-87c4-de58d7621260$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::5dca4b80-3643-413d-a8e3-b6706a83433d$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp]::d8711eca-338e-4e1d-b8f7-c55f07b0fa2e$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl]::7758b273-ca27-47d2-bc70-98eb1958d49c$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Young's Modulus[/var]::39785421-e4fe-4b8a-afe2-843fcfd0551e$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Poisson's Ratio[/var]::464b961a-014a-479a-baae-c244f98e4e9b$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Bulk Modulus[/var]::32483e86-89d6-48ba-9a49-21fcdfaf29be$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Shear Modulus[/var]::cfc3cfa5-6230-4633-aecd-9e790f9215d7$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::7a7f111f-2f85-4a80-ab84-7818b194fa52$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Thermal Conductivity[/prp]::f075eadf-1e53-4f65-a533-66b7588e3fa6$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::9d3cdbfa-0396-4cd1-83d7-d6e467b717da$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Thermal Conductivity[/var]::02b6fc5e-ea5c-4672-8b8a-f36d9353112d$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::a3933990-2a09-4c2d-bbaa-7b6a3bb75ba3$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Coefficient of Thermal Expansion[/prp]::00f155f5-4841-40cf-9614-d1dcf576c55b$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::be4e949b-4d3b-4915-8105-cf236d2be098$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Coefficient of Thermal Expansion[/var]::6b34f419-e805-418c-90fe-e9c38cc62621$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::faf5a62e-b803-4be7-92bb-a25af91400f4$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::a7e1b742-626f-40e0-9e5f-0e9cd4e70b96$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Zero-Thermal-Strain Reference Temperature[/var]::1975745a-4c0d-4e72-85b2-8ed64101de34$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Specific Heat[/prp]::ce184a80-6494-412d-bda7-ac33e8076b84$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl]::657b8e9e-2e11-4c85-89e8-be12ebcbc07c$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Specific Heat[/var]::af4a21f0-7ecd-49e2-92c1-bd7a802cf5bb$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::4901de75-3d5d-4b32-8a1a-24775d09ad82$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Appearance[/prp]::30711574-b743-4ea5-8dcf-0f50c2fc4ab0$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::44d46b68-6848-4cfe-b8b9-c01b97829d23$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Red[/var]::017540ff-493c-4922-b14b-a17670d59463$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Green[/var]::324e4884-3981-4e7b-a3c2-26bf2af8d855$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Blue[/var]::0967b96a-b6c3-4f5e-b1c3-6b9b384e7b4c$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Tensile Yield Strength[/prp]::90579310-fb64-44d1-9090-5bc0a06a676e$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::e600967b-0ed2-465c-88a9-ff78c71e53b9$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Yield Strength[/var]::6c836784-8ad6-4d50-83ed-058e4180fdc8$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Tensile Ultimate Strength[/prp]::4fdc18f1-4c72-4302-8a48-2f9f9ef601a7$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::0a434119-cfa7-486f-866e-baf794560e43$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Ultimate Strength[/var]::0d28500b-a4ea-4824-b03d-87508ada4a0e$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Resistivity[/prp]::2409ad82-35ea-48a1-becf-fa27ac15d622$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::a53f4e1b-b4dc-4b3e-bc06-aadcc211c29b$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Resistivity[/var]::c18c1ec6-4e0c-4dc3-b94b-e934d2710b47$$[typ]MaterialVariable[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Temperature[/var]::a8af5642-a7f5-4334-9d0d-2a2f6cb4e7dd$$[typ]MaterialProperty[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Granta material details[/prp]::2ce8efc0-9288-4fb7-ac8e-3ee9f30fdcf1$$[typ]MaterialPropertyData[/typ][mat]PVC / uPVC (unplasticized, rigid)[/mat][prp]Granta material details[/prp][tbl]Granta material details[qual]Definition%:%:%$%$Behavior%:%:%$%$Data link version%:%:1%$%$Database key%:%:Materials_Database%$%$History guid%:%:16196a76-8f29-43bb-abaa-79fc30547e7a%$%$Version guid%:%:de368321-2cb0-4c4d-8170-02d092724a7d%$%$Model guid%:%:00000000-0000-0000-0000-000000000000%$%$Model version%:%:0%$%$Display%:%:False[/qual][/tbl]::dfd0e91c-674e-44fd-b75b-d6bdfc106287$$[typ]Material[/typ][mat]Copper, wrought[/mat]::35d51655-69c2-460b-9a20-1db802ba61c5$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Density[/prp]::980488af-0be4-4892-9dfa-6903f5fbceb3$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::eb0fd1c4-a7f2-434b-916b-802a0219d8d5$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Density[/var]::7fc9fcad-1d6e-4f1d-9c78-a3e24a6ac9be$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::adf3c3d2-5a3e-43af-ad22-b75cb150f9eb$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp]::3470eb55-3723-494e-8a26-2ae5c49b2b2e$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl]::6d505342-08ae-4bd0-8bb0-70509a9fa79a$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Young's Modulus[/var]::5d19fdbe-1688-426a-b5a8-80566ece1453$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Poisson's Ratio[/var]::9afec671-e65e-4f1e-875e-a882d91d3c7d$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Bulk Modulus[/var]::82f73a88-f05a-4e73-8436-811db0ed1c56$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Shear Modulus[/var]::7fe8bdc0-5fcf-4e26-b937-b8e9e93b52f5$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::94b17e36-e2ef-4cbe-abe6-e77e92e4bf15$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Thermal Conductivity[/prp]::0ea2439c-ba3b-4bea-b959-ddb7272cfd9e$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::53c2f4ea-70ef-4794-a4c8-1854edfa5953$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Thermal Conductivity[/var]::67395ef4-731b-4b77-aa86-dd783fc0ecb2$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::7cdd56c8-53bd-4852-a2db-413606fb102c$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Coefficient of Thermal Expansion[/prp]::f011f79c-0434-4088-ab4e-cce28e1f60cc$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::bf15edda-9fc5-4832-8d49-2f78512e822f$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Coefficient of Thermal Expansion[/var]::42967672-2f59-44c1-ac09-46e049b04219$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::aec89abe-9038-4994-a3f2-aebc7916997d$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::1b5439bd-6b51-45a2-ac30-b3ca3294feb4$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Zero-Thermal-Strain Reference Temperature[/var]::7d10d45f-869b-4b36-b3f2-cb0fbc406695$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Specific Heat[/prp]::b02fa142-5f12-460f-ba47-b122c5d7af08$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl]::19a1164c-91b7-4da3-b344-fe9e29c8446b$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Specific Heat[/var]::d93e2dfd-9ae4-43a1-bb05-2ea85db86ac0$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::220bb26d-5463-4d55-80ee-7f88d6bfb6cb$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Appearance[/prp]::2e4205a3-6e1f-4413-99eb-a2a4adc4753f$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::7e6648ed-de9c-4d84-96c4-1d2e72970db0$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Red[/var]::e2fe8dfa-fe35-4e71-814c-4a5fc0cb3c5a$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Green[/var]::11c91fc0-d9fe-471b-86f0-a03eec8d4ee0$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Blue[/var]::44774566-b615-4121-baaa-45dc390a5e75$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Tensile Yield Strength[/prp]::cbe6cc69-a3bf-40a1-b47d-1667f69f9b26$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::12fcad0f-bb90-4bce-836b-1802bb12fdb6$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Yield Strength[/var]::c770e441-e23c-49c6-8e61-0dfc9b3b0d92$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Tensile Ultimate Strength[/prp]::1e08249b-c8d1-4d06-b623-b62aa6a4b0bc$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::2a90c562-04fb-4ca0-9aac-488032ce9ee9$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Ultimate Strength[/var]::bb2481b3-89f5-4492-bc62-8e6c32e7a2a8$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Resistivity[/prp]::f8319784-634d-4706-97a0-d8095833072c$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::36e3d57e-1409-4ecc-92c2-003e7903f604$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Resistivity[/var]::31bb47f7-9f21-491c-8e1f-3cd694c638d5$$[typ]MaterialVariable[/typ][mat]Copper, wrought[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Temperature[/var]::632b23a6-b175-4e77-a08e-1852af302b3a$$[typ]MaterialProperty[/typ][mat]Copper, wrought[/mat][prp]Granta material details[/prp]::340d7a19-e9bd-4525-8786-f10f6b9e8e40$$[typ]MaterialPropertyData[/typ][mat]Copper, wrought[/mat][prp]Granta material details[/prp][tbl]Granta material details[qual]Definition%:%:%$%$Behavior%:%:%$%$Data link version%:%:1%$%$Database key%:%:Materials_Database%$%$History guid%:%:b5c15342-d95b-46bd-bb6f-85b6cdd3aabd%$%$Version guid%:%:d3a96026-3297-45f7-8bfb-bb4faffd88bd%$%$Model guid%:%:00000000-0000-0000-0000-000000000000%$%$Model version%:%:0%$%$Display%:%:False[/qual][/tbl]::2aa78635-a3e4-4394-a398-75b95e95258d$$[typ]Material[/typ][mat]Cast iron, malleable[/mat]::55325987-e0d5-4e26-aaf3-46f209b52fbe$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Density[/prp]::efa071a5-3f9a-4d1c-87fb-f21826517fc8$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::8ea743f6-b3c9-4af7-86d1-bfbfc046c55c$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Density[/var]::5a3e935c-3abb-4663-b29f-0d75f3cd12aa$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::125fb147-e7ba-4562-9052-9312a587a415$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp]::a26292fe-13f0-45ce-bb3e-91d888ee055f$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl]::71eadf48-a5bb-4c5d-a189-a519d904ff34$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Young's Modulus[/var]::e075694c-69a2-44f9-a2b3-ae6dae699592$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Poisson's Ratio[/var]::3752fa41-3493-455e-896f-2c977b7523f7$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Bulk Modulus[/var]::837ef1a5-a8c4-4c58-88e5-6286f985ba40$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Shear Modulus[/var]::8abda5d9-ae58-4b38-a978-a631b21f28d1$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::463514e3-fbe5-48d3-ae07-2197cb9bfa30$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Thermal Conductivity[/prp]::73111da1-ccbb-4c73-a87b-d2398db79319$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::c9d4c213-b631-4b3d-9976-37c30f8f6770$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Thermal Conductivity[/var]::408aaf25-2cb0-4465-9409-5618b9bf32d5$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::e8d0a791-bb4e-433b-8e99-2b1986bd5893$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Coefficient of Thermal Expansion[/prp]::5bed0625-6981-4c41-bd51-afb34d242dbd$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::40392f9e-18a6-4472-8e4d-71c7b036ed1e$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Coefficient of Thermal Expansion[/var]::0c176df8-116e-4459-81f4-5234ab9651cf$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::ac36bf52-728d-4c12-9a57-05387952ed33$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::dd39df28-ae32-496a-ba2d-858b318721bb$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Zero-Thermal-Strain Reference Temperature[/var]::44065172-1aa1-49fa-b68b-63b6e9b14895$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Specific Heat[/prp]::6d39752f-751f-4bfb-bfbb-2fee3c307807$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl]::4c9fc36b-3800-402c-a506-74ad736b307b$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Specific Heat[/var]::e889e7b3-7b62-418c-9a6a-4302e668f28c$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::7c094e4e-334b-4a1e-a860-193cc1bf7835$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Appearance[/prp]::eca44eb2-46c7-4fc3-ad4e-5dc7a93e06e4$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::a6b70334-4fa3-40c2-96a2-ea7a9eedeb37$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Red[/var]::af0528d3-0275-40bd-a91c-2e6919711b33$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Green[/var]::dc131231-ec6c-4673-94a4-785bec49d162$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Blue[/var]::ae292ba6-4b35-4e65-bcc9-a32f1b4f56f3$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Tensile Yield Strength[/prp]::1fc72ffa-f160-4f52-bacd-daa166814d32$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::ba78641b-f9fc-4122-ac23-fb8443360ee8$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Yield Strength[/var]::4cd67bc1-a7b7-47ab-96f5-54bf233535c3$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Tensile Ultimate Strength[/prp]::2b7ff433-853b-4347-9e2e-92a695157c45$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::26a70733-8a70-438c-85e4-f2d82d987898$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Ultimate Strength[/var]::038ca52d-0f66-4ca0-95fe-2d8abd633f4e$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Resistivity[/prp]::b2d68fa7-1226-4a5f-a953-07ebc7eee74b$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::fe6d414f-a63d-43eb-a558-f010e2888fab$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Resistivity[/var]::405d35cf-4330-4668-90f7-46ed1658948c$$[typ]MaterialVariable[/typ][mat]Cast iron, malleable[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Temperature[/var]::0f164866-1805-4ff5-9983-c89d31b4482c$$[typ]MaterialProperty[/typ][mat]Cast iron, malleable[/mat][prp]Granta material details[/prp]::a9aac8e7-9fdc-4b92-a9bf-6c4ca1b10702$$[typ]MaterialPropertyData[/typ][mat]Cast iron, malleable[/mat][prp]Granta material details[/prp][tbl]Granta material details[qual]Definition%:%:%$%$Behavior%:%:%$%$Data link version%:%:1%$%$Database key%:%:Materials_Database%$%$History guid%:%:9e57fc45-c4d4-4968-9dba-df7371feec03%$%$Version guid%:%:a6743114-a2b0-42c6-b5b0-f0e893ad0010%$%$Model guid%:%:00000000-0000-0000-0000-000000000000%$%$Model version%:%:0%$%$Display%:%:False[/qual][/tbl]::9ea2071a-f305-4bc7-94e8-d7df98b35af2$$[typ]Material[/typ][mat]CONC-35MPA[/mat]::fd4f30b7-746f-458b-b3e8-a0f5dd9aefa6$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp]::108dd374-de7d-4824-afa8-57b146f774ce$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp][tbl]P-alpha EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::ff925a3d-bdfd-4958-9d5e-5f55818259ca$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp][tbl]P-alpha EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Solid Density[/var]::bb0f0620-4758-48c8-af6b-391383bc8f89$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp][tbl]P-alpha EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Porous Soundspeed[/var]::15994b19-f69d-435c-bd48-0aeecba260c0$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp][tbl]P-alpha EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Initial Compaction Pressure Pe[/var]::f16a5365-9366-4c3b-8ab3-9db9d341d86d$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp][tbl]P-alpha EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Solid Compaction Pressure Ps[/var]::24a705ac-a4f7-44f0-8f71-bfc8bf507d7a$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]P-alpha EOS[/prp][tbl]P-alpha EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Compaction Exponent n[/var]::0c870ee4-67bb-4132-92ad-20350c21d30a$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp]::4606ad52-7ee1-43f2-8d9f-2c9528f4e6d6$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::b036f112-71d2-45cd-b8dd-e59f797d3ed8$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter A1[/var]::a3ca5b3a-44f2-401e-8130-3d5a3cda91d7$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter A2[/var]::2a5ecd28-fe25-4fc2-92d2-78aa224b9e08$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter A3[/var]::d9fb8cf4-90e8-4301-b7e9-503179191bde$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter B0[/var]::e0368efc-857b-47a4-be72-f2c072b250aa$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter B1[/var]::7b432945-236e-4f82-b785-bf0fb24289ae$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter T1[/var]::2c033bcc-269e-4c79-8f4d-e86b4f6ee441$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Polynomial EOS[/prp][tbl]Polynomial EOS[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Parameter T2[/var]::cca8e3ca-31d1-4f74-96dc-8fd5334b960c$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Bulk Modulus[/prp]::ee780476-6877-434d-8b6d-27a61e25f246$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Bulk Modulus[/prp][tbl]Bulk Modulus[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::50fad923-e779-481f-b350-d9540fb00a20$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Bulk Modulus[/prp][tbl]Bulk Modulus[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Bulk Modulus[/var]::0a090885-1a72-4964-b945-9cb650dc1061$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Density[/prp]::d8a1a5a5-2cb8-4fdc-925b-d03197dbdbbb$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::6a023a42-cecd-46b9-9749-3100c16da3fe$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Density[/var]::60947406-33b3-41fc-8f9f-7d819d312637$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::1b7ab661-b245-4cd5-a30a-b31ad42c9856$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::510c9ae8-e947-4389-9f2e-9a6d0db720ed$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Specific Heat[/prp]::8c5a9695-93b6-4242-9adb-03f1f82bb428$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl]::1d543760-f8cc-4cd2-8c90-cda0c41d7812$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Specific Heat[/var]::cc0d7d7d-4dd1-4ea6-809c-867570958277$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::f03d3b58-114b-4548-8587-e0cc6d5e4122$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::ce49ec0e-a66b-4fce-9fe9-f4efe36381ce$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp]::aa30d704-d1e0-4616-acb1-83e75fe76379$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl]::7709dbf4-9c6e-4a30-aeda-18f1b415a066$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Compressive Strength fc[/var]::8458b30e-07dc-4d10-857e-90d329cba5e5$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Tensile Strength ft/fc[/var]::7c890e99-91ef-4465-90bb-a8719d1e5aed$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Shear Strength fs/fc[/var]::0c04045f-656f-4832-8476-da02f561d28b$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Intact Failure Surface Constant A[/var]::25f936dd-1ae4-492f-bb91-f336695d71ae$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Intact Failure Surface Exponent n[/var]::910d8c2d-4b9a-4b02-a40c-9c541c20cc99$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Tension/Compression Meridian Ratio Q2.0[/var]::2181e8e8-1bed-42c9-b80f-a54114ff2f05$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Brittle to Ductile Transition BQ[/var]::a736f760-ec0b-424c-8d8a-bf780d21aeb7$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Hardening Slope[/var]::fe3010b0-7f7a-4868-8ec8-ae997812f5f7$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Elastic Strength/ft[/var]::0a7d253c-18ed-4a9b-8ea0-c3cda8ee79fd$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Elastic Strength/fc[/var]::6c023c82-f3d0-4cae-9c5e-bf68d75735b1$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Fracture Strength Constant B[/var]::db1a1e3c-f7e1-4bf1-becb-1e809aa1b7e0$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Fracture Strength Exponent m[/var]::60864338-7583-4d8d-9475-a8bfd1b20fb7$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Compressive Strain Rate Exponent α[/var]::6d17ec49-f87a-412f-a3c7-7a57e340c6ed$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Tensile Strain Rate Exponent δ[/var]::3a3106e6-6793-4680-bd37-8b032cf29dfe$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Maximum Fracture Strength Ratio SFMAX[/var]::c51d4ee2-df5a-4d59-9c2f-a462e4167071$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Damage Constant D1[/var]::32c01bfb-d51f-453d-87d0-72813d510bfc$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Damage Constant D2[/var]::4f941f6d-db7c-49f9-8f59-28b770ae77b2$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Minimum Strain to Failure[/var]::970cb8ce-72cc-484b-bca3-fe61b15c3d9b$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]RHT Concrete Strength[/prp][tbl]RHT Concrete Strength[qual]Definition%:%:%$%$Behavior%:%:%$%$Use cap on Elastic Surface%:%:Yes%:%:No%,%,Yes[/qual][/tbl][var]Residual Shear Modulus Fraction[/var]::ed3d83cf-4a1c-4dbf-af12-85a069b5dbeb$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Shear Modulus[/prp]::5dba6b63-89a9-4d5c-8be7-f105728121e5$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Shear Modulus[/prp][tbl]Shear Modulus[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::9d6bb5c1-e97a-42dd-8d25-e4370e9ebcf2$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Shear Modulus[/prp][tbl]Shear Modulus[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Shear Modulus[/var]::9670743d-bae6-4684-8717-70ac279182be$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Material Unique Id[/prp]::3adea14d-2ab7-4ae0-8712-eb46187c6261$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Material Unique Id[/prp][tbl]Material Unique Id[qual]Definition%:%:%$%$Behavior%:%:%$%$guid%:%:859e57a0-93ff-4062-bd4b-d461ef6df3c3%$%$Display%:%:False[/qual][/tbl]::8389db9e-4d63-4f24-97af-3f0e44bacc14$$[typ]MaterialProperty[/typ][mat]CONC-35MPA[/mat][prp]Appearance[/prp]::2e7f5bea-1233-4770-8b1f-5775ec359d38$$[typ]MaterialPropertyData[/typ][mat]CONC-35MPA[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::0de4c6f3-4653-4237-8125-f137fe9335a7$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Red[/var]::74c0e4d0-bcc8-4f93-9631-e74553955419$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Green[/var]::87f18c9b-6e20-4156-a105-d0a907d55093$$[typ]MaterialVariable[/typ][mat]CONC-35MPA[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Blue[/var]::f4b7dd22-7da6-4389-a0f3-b677b6468b31$$[typ]Material[/typ][mat]Structural Steel[/mat]::bd4602cd-bee7-47c4-9d1f-22b6fcd8479e$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Appearance[/prp]::32bc19f9-80cf-4a79-bae7-2182c21eb554$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::57acbfe6-3cd2-4ad1-af7f-a54c435ed0d0$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Red[/var]::0de19ad4-1b46-452b-a4f7-86bbb617f519$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Green[/var]::09fdea58-6c9a-4aab-b8f5-aa68b7096c88$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Appearance[/prp][tbl]Color[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Blue[/var]::b9c081d3-9a03-4919-a306-24c15c10839c$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Compressive Ultimate Strength[/prp]::8905adda-2e21-4527-a24d-e15b04bb703a$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Compressive Ultimate Strength[/prp][tbl]Compressive Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::9303f749-286e-4633-9bbf-81a088513126$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Compressive Ultimate Strength[/prp][tbl]Compressive Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Compressive Ultimate Strength[/var]::d0279a2c-c379-4cc2-9c45-e985d62bc081$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Compressive Yield Strength[/prp]::ea4fc23e-96d2-45af-9fb1-8a8d482a34be$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Compressive Yield Strength[/prp][tbl]Compressive Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::b7480ec4-5ef8-479e-941d-94623a97655b$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Compressive Yield Strength[/prp][tbl]Compressive Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Compressive Yield Strength[/var]::1137d374-f339-47e4-8496-16d3b8adabe0$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Density[/prp]::1ff7e355-3222-4550-83ee-f395ab647db6$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::2cb6c5da-ebfb-46f4-9f14-c4624a96d8e3$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Density[/var]::b36ada06-7c46-4a4f-8d5a-030067dbcc69$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::016f2b39-8c0b-4a90-80a6-5879358c1cf4$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Density[/prp][tbl]Density[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::d6a45e35-6698-4502-b9f9-f13c958cf43e$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Tensile Yield Strength[/prp]::80e2ccc7-c6ac-4b0a-a0e7-84c9fb9cb7ea$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::7c549350-2f5c-449b-a073-217be34ec552$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Tensile Yield Strength[/prp][tbl]Tensile Yield Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Yield Strength[/var]::795bede2-4e50-4ff4-96e6-570dc71a5e96$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Tensile Ultimate Strength[/prp]::384b5050-2afa-4ddd-a66a-2fa817a2382a$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl]::bf399c06-47ff-4846-9964-f46a9e49c135$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Tensile Ultimate Strength[/prp][tbl]Tensile Ultimate Strength[qual]Definition%:%:%$%$Behavior%:%:[/qual][/tbl][var]Tensile Ultimate Strength[/var]::1da1ac98-d938-4d0a-a2f0-a3b33eb9c5af$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp]::f578796d-5980-4a8c-90ab-fd9ec9bf3db5$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::1ddf22e9-1edd-4921-9f69-779b8ff29a10$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Coefficient of Thermal Expansion[/var]::1cbc6e56-56ee-4d9f-96eb-b49773843914$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::27ed4cf7-26c4-4ae2-bda8-44af65756bcc$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Coefficient of Thermal Expansion[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::0e87912d-ca2d-47ce-a4e3-bb3c16a2cd6f$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl]::a8056828-61fa-46ca-b303-4d86d7e3a8d9$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Coefficient of Thermal Expansion[/prp][tbl]Zero-Thermal-Strain Reference Temperature[qual]Definition%:%:Secant%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Zero-Thermal-Strain Reference Temperature[/var]::944ffd76-ca05-418d-9b8b-d797bfc2e0fa$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Specific Heat[/prp]::4a884e10-bcb4-4513-8ee0-28bef0610848$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl]::53a543de-f75c-4735-85e3-7d479ac87821$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Specific Heat[/var]::eceaea08-daf5-46b0-a821-ac567e0a0823$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::264aceb3-b993-42c9-91e6-0ec2b969c3da$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Specific Heat[/prp][tbl]Specific Heat[qual]Definition%:%:Constant Pressure%$%$Behavior%:%:[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::a606da14-13c8-487d-b6c8-248eed8cb6a1$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Thermal Conductivity[/prp]::37426981-65c3-4ae3-8590-5b571230045d$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::0481ed79-4940-4382-9b23-f0b02ea5b591$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Thermal Conductivity[/var]::3ab8f34c-2e1b-42a1-8f0a-02f9c94f0ba2$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::7bf6c2ce-9186-44e9-a130-3544c1a297d9$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Thermal Conductivity[/prp][tbl]Thermal Conductivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::9c18051e-cbc2-4474-a96d-9ec4ad0dc9ba$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]S-N Curve[/prp]::179435fb-6fe2-43d4-9012-5356120f1efc$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]S-N Curve[/prp][tbl]S-N Curve[qual]Definition%:%:%$%$Behavior%:%:%$%$Interpolation%:%:Log-Log%:%:Linear%,%,Log-Log%,%,Semi-Log[/qual][/tbl]::3980a699-cc08-4af8-ae37-75dd7cbdd1b0$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]S-N Curve[/prp][tbl]S-N Curve[qual]Definition%:%:%$%$Behavior%:%:%$%$Interpolation%:%:Log-Log%:%:Linear%,%,Log-Log%,%,Semi-Log[/qual][/tbl][var]Alternating Stress[/var]::b1857b82-6f51-42a9-945f-740730ab979e$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]S-N Curve[/prp][tbl]S-N Curve[qual]Definition%:%:%$%$Behavior%:%:%$%$Interpolation%:%:Log-Log%:%:Linear%,%,Log-Log%,%,Semi-Log[/qual][/tbl][var]Cycles[/var]::ff0886d2-ee28-4f5e-b703-5857e62bde08$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]S-N Curve[/prp][tbl]S-N Curve[qual]Definition%:%:%$%$Behavior%:%:%$%$Interpolation%:%:Log-Log%:%:Linear%,%,Log-Log%,%,Semi-Log[/qual][/tbl][var]Mean Stress[qual]Field Variable%:%:Mean Stress%$%$Default Data%:%:0%$%$Field Units%:%:Pa%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::5f71f958-68fb-49a1-873f-8358e14317ea$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp]::5eecfbc5-f0c4-4d0b-aaf8-881ef3aa4bda$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl]::dea85875-14c4-40da-a7d1-c1a0caa9cb5a$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl][var]Strength Coefficient[/var]::983e1fe4-7c1e-4e8a-91e6-ad8584bed843$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl][var]Strength Exponent[/var]::e99ad56e-8a40-40a2-989e-59140152d4bf$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl][var]Ductility Coefficient[/var]::15bfd9ae-1b7c-4d91-9e78-8da20fe5c631$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl][var]Ductility Exponent[/var]::ac88a64d-fe75-40bf-9c3d-4462ccc1f15a$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl][var]Cyclic Strength Coefficient[/var]::7487ea49-440b-42ad-8cd5-ad97e8d61b96$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Strain-Life Parameters[/prp][tbl]Strain-Life Parameters[qual]Definition%:%:%$%$Behavior%:%:%$%$Display Curve Type%:%:Strain-Life%:%:Cyclic Stress-Strain%,%,Strain-Life[/qual][/tbl][var]Cyclic Strain Hardening Exponent[/var]::eba03342-513c-412c-8d74-48fb55299680$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Resistivity[/prp]::54f1bea4-58aa-4bbb-9663-63acdcbb3fa5$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::8c2b56fe-cf57-42f4-980a-60dea96f6b3e$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Resistivity[/var]::376d9770-69c6-4081-90c0-38876c8bb624$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Resistivity[/prp][tbl]Resistivity[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Temperature[/var]::c058d824-8f3f-4dfb-8865-d4f2b45501a5$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp]::bf5d8b8b-a866-45bc-86f8-59a7bb964422$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl]::60902ce6-5334-43cd-9e73-e5449447d585$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Young's Modulus[/var]::b70472e3-71cf-4986-ac45-be404d44fe62$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Poisson's Ratio[/var]::53c58583-7bd5-4042-b8dd-678eb4e4e2b1$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Bulk Modulus[/var]::01a9c919-a603-4b0f-b47a-4991dd966c8c$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Shear Modulus[/var]::9dd1b675-e1d6-4620-8b89-5210ebfc17f1$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Temperature[qual]Field Variable%:%:Temperature%$%$Default Data%:%:22%$%$Field Units%:%:C%$%$Upper Limit%:%:Program Controlled%$%$Lower Limit%:%:Program Controlled[/qual][/var]::2d4bb7e1-8e7a-46f8-846a-cb4bdd6efbd2$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Elasticity[/prp][tbl]Elasticity[qual]Definition%:%:%$%$Behavior%:%:Isotropic%$%$Derive from%:%:Young's Modulus and Poisson's Ratio%:%:Bulk Modulus and Poisson's Ratio%,%,Bulk Modulus and Shear Modulus%,%,Bulk Modulus and Young's Modulus%,%,Shear Modulus and Poisson's Ratio%,%,Shear Modulus and Young's Modulus%,%,Young's Modulus and Poisson's Ratio[/qual][/tbl][var]Interpolation Options[qual]AlgorithmType%:%:Linear Multivariate%:%:Linear Multivariate%,%,Nearest Neighbor%,%,Radial Basis%$%$Normalized%:%:True%:%:False%,%,True%$%$Cached%:%:True%:%:False%,%,True[/qual][/var]::5cfc77cc-5390-4a9c-aed9-04530dbe9c60$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Relative Permeability[/prp]::77f7ac71-bfce-46ee-a3b3-17cca34cd5a4$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Relative Permeability[/prp][tbl]Relative Permeability[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl]::ddc30993-24b0-456b-aea4-5aedce4129dd$$[typ]MaterialVariable[/typ][mat]Structural Steel[/mat][prp]Relative Permeability[/prp][tbl]Relative Permeability[qual]Definition%:%:%$%$Behavior%:%:Isotropic[/qual][/tbl][var]Relative Permeability[/var]::2ea691ef-727e-4a29-a963-319397ad0a71$$[typ]MaterialProperty[/typ][mat]Structural Steel[/mat][prp]Material Unique Id[/prp]::f02ab1fc-85b7-40f2-b077-469ee3912d3c$$[typ]MaterialPropertyData[/typ][mat]Structural Steel[/mat][prp]Material Unique Id[/prp][tbl]Material Unique Id[qual]Definition%:%:%$%$Behavior%:%:%$%$guid%:%:59002a79-71c2-428e-906b-55d7dbee100e%$%$Display%:%:False[/qual][/tbl]::31da3113-2028-4f63-9d34-366d8896fbc4$$</AdaptedEntityMap>
      <ModelContainerDependencyList valType="String">{"Ansys.Simulation.Core.Addin:SimulationModel":[Model]}</ModelContainerDependencyList>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">81314</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 81117, "Input": 81117, "Output": 35511}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <last-update-regen-times valType="String">{"Preferences": 0, "ToolbarExp": 0, "FileTypesContainer": 0, "FileContainer": 0, "Messages": 0, "Parameters": 0, "Schematic": 0, "ReportDataContainer": 0, "Graphics": 0, "Units": 0, "DpdbContainer": 0, "Scopes": 0, "Engineering Data": 81313, "Geometry": 78985, "Model": 0, "Setup": 0, "Solution": 0, "Results": 0}</last-update-regen-times>
      <unique-system-dir valType="String">SYS</unique-system-dir>
      <contains-significant-data valType="Boolean">true</contains-significant-data>
      <Object Name="/Engineering Data/EngineeringData:Engineering Data" Version="1.0">
        <class-type valType="String">EngineeringData</class-type>
        <object-name valType="String">Engineering Data</object-name>
        <member-data valType="String">{"DisplayText": "Engineering Data", "DataTypeToTransferData": {"material": $$30161061-2731-473e-a515-b8dae6bd65a6}, "TransferFile": $$0a05a6e9-4fde-4fb3-8a39-702748d72f60}</member-data>
      </Object>
      <Object Name="/Engineering Data/ResourceTransferData:TransferData_material" Version="1.0">
        <class-type valType="String">ResourceTransferData</class-type>
        <object-name valType="String">TransferData_material</object-name>
        <member-data valType="String">{"DisplayText": "TransferData_material", "Guids": ["293e6aec-f2b4-4cd6-a3d9-e778e07c7d8c"], "Data": $$0a05a6e9-4fde-4fb3-8a39-702748d72f60, "LastUpdate": 81314}</member-data>
      </Object>
      <Object Name="/Engineering Data/Material:PVC / uPVC (unplasticized, rigid)" Version="1.0">
        <class-type valType="String">Material</class-type>
        <object-name valType="String">PVC / uPVC (unplasticized, rigid)</object-name>
        <member-data valType="String">{"DisplayText": "PVC / uPVC (unplasticized, rigid)", "SourceFileReference": None}</member-data>
      </Object>
      <Object Name="/Engineering Data/Material:Copper, wrought" Version="1.0">
        <class-type valType="String">Material</class-type>
        <object-name valType="String">Copper, wrought</object-name>
        <member-data valType="String">{"DisplayText": "Copper, wrought", "SourceFileReference": None}</member-data>
      </Object>
      <Object Name="/Engineering Data/Material:Cast iron, malleable" Version="1.0">
        <class-type valType="String">Material</class-type>
        <object-name valType="String">Cast iron, malleable</object-name>
        <member-data valType="String">{"DisplayText": "Cast iron, malleable", "SourceFileReference": None}</member-data>
      </Object>
      <Object Name="/Engineering Data/Material:CONC-35MPA" Version="1.0">
        <class-type valType="String">Material</class-type>
        <object-name valType="String">CONC-35MPA</object-name>
        <member-data valType="String">{"DisplayText": "CONC-35MPA", "SourceFileReference": None}</member-data>
      </Object>
      <Object Name="/Engineering Data/Material:Structural Steel" Version="1.0">
        <class-type valType="String">Material</class-type>
        <object-name valType="String">Structural Steel</object-name>
        <member-data valType="String">{"DisplayText": "Structural Steel", "SourceFileReference": None}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Granta material details" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Granta material details</object-name>
        <member-data valType="String">{"DisplayText": "Granta material details"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Resistivity" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Resistivity</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Ultimate Strength" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Ultimate Strength</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Yield Strength" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Yield Strength</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Appearance" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Appearance</object-name>
        <member-data valType="String">{"DisplayText": "Appearance"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Specific Heat" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Specific Heat</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Coefficient of Thermal Expansion" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Thermal Conductivity" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Thermal Conductivity</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Elasticity" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Elasticity</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Density" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Density</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Density 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Density 1</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Elasticity 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Elasticity 1</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Thermal Conductivity 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Thermal Conductivity 1</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Coefficient of Thermal Expansion 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 1</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Specific Heat 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Specific Heat 1</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Appearance 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Appearance 1</object-name>
        <member-data valType="String">{"DisplayText": "Appearance"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Yield Strength 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Yield Strength 1</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Ultimate Strength 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Ultimate Strength 1</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Resistivity 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Resistivity 1</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Granta material details 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Granta material details 1</object-name>
        <member-data valType="String">{"DisplayText": "Granta material details"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Density 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Density 2</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Elasticity 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Elasticity 2</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Thermal Conductivity 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Thermal Conductivity 2</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Coefficient of Thermal Expansion 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 2</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Specific Heat 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Specific Heat 2</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Appearance 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Appearance 2</object-name>
        <member-data valType="String">{"DisplayText": "Appearance"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Yield Strength 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Yield Strength 2</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Ultimate Strength 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Ultimate Strength 2</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Resistivity 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Resistivity 2</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Granta material details 2" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Granta material details 2</object-name>
        <member-data valType="String">{"DisplayText": "Granta material details"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:P-alpha EOS" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">P-alpha EOS</object-name>
        <member-data valType="String">{"DisplayText": "P-alpha EOS"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Polynomial EOS" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Polynomial EOS</object-name>
        <member-data valType="String">{"DisplayText": "Polynomial EOS"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Bulk Modulus" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Bulk Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Density 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Density 3</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Specific Heat 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Specific Heat 3</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:RHT Concrete Strength" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">RHT Concrete Strength</object-name>
        <member-data valType="String">{"DisplayText": "RHT Concrete Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Shear Modulus" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Shear Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Material Unique Id" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Material Unique Id</object-name>
        <member-data valType="String">{"DisplayText": "Material Unique Id"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Appearance 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Appearance 3</object-name>
        <member-data valType="String">{"DisplayText": "Appearance"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Appearance 4" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Appearance 4</object-name>
        <member-data valType="String">{"DisplayText": "Appearance"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Compressive Ultimate Strength" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Compressive Ultimate Strength</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Compressive Yield Strength" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Compressive Yield Strength</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Density 4" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Density 4</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Yield Strength 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Yield Strength 3</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Tensile Ultimate Strength 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Tensile Ultimate Strength 3</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Coefficient of Thermal Expansion 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 3</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Specific Heat 4" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Specific Heat 4</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Thermal Conductivity 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Thermal Conductivity 3</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:S-N Curve" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">S-N Curve</object-name>
        <member-data valType="String">{"DisplayText": "S-N Curve"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Strain-Life Parameters" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Strain-Life Parameters</object-name>
        <member-data valType="String">{"DisplayText": "Strain-Life Parameters"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Resistivity 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Resistivity 3</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Elasticity 3" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Elasticity 3</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Relative Permeability" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Relative Permeability</object-name>
        <member-data valType="String">{"DisplayText": "Relative Permeability"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialProperty:Material Unique Id 1" Version="2.0">
        <class-type valType="String">MaterialProperty</class-type>
        <object-name valType="String">Material Unique Id 1</object-name>
        <member-data valType="String">{"DisplayText": "Material Unique Id"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Granta material details" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Granta material details</object-name>
        <member-data valType="String">{"DisplayText": "Granta material details"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Resistivity" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Resistivity</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Ultimate Strength" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Ultimate Strength</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Yield Strength" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Yield Strength</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Color" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Color</object-name>
        <member-data valType="String">{"DisplayText": "Color"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Specific Heat" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Specific Heat</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Zero-Thermal-Strain Reference Temperature" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Coefficient of Thermal Expansion" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Thermal Conductivity" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Thermal Conductivity</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Elasticity" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Elasticity</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Density" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Density</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Density 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Density 1</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Elasticity 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Elasticity 1</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Thermal Conductivity 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Thermal Conductivity 1</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Coefficient of Thermal Expansion 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 1</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Zero-Thermal-Strain Reference Temperature 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature 1</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Specific Heat 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Specific Heat 1</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Color 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Color 1</object-name>
        <member-data valType="String">{"DisplayText": "Color"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Yield Strength 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Yield Strength 1</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Ultimate Strength 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Ultimate Strength 1</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Resistivity 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Resistivity 1</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Granta material details 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Granta material details 1</object-name>
        <member-data valType="String">{"DisplayText": "Granta material details"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Density 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Density 2</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Elasticity 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Elasticity 2</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Thermal Conductivity 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Thermal Conductivity 2</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Coefficient of Thermal Expansion 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 2</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Zero-Thermal-Strain Reference Temperature 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature 2</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Specific Heat 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Specific Heat 2</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Color 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Color 2</object-name>
        <member-data valType="String">{"DisplayText": "Color"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Yield Strength 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Yield Strength 2</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Ultimate Strength 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Ultimate Strength 2</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Resistivity 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Resistivity 2</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Granta material details 2" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Granta material details 2</object-name>
        <member-data valType="String">{"DisplayText": "Granta material details"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:P-alpha EOS" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">P-alpha EOS</object-name>
        <member-data valType="String">{"DisplayText": "P-alpha EOS"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Polynomial EOS" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Polynomial EOS</object-name>
        <member-data valType="String">{"DisplayText": "Polynomial EOS"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Bulk Modulus" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Bulk Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Density 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Density 3</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Specific Heat 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Specific Heat 3</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:RHT Concrete Strength" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">RHT Concrete Strength</object-name>
        <member-data valType="String">{"DisplayText": "RHT Concrete Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Shear Modulus" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Shear Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Material Unique Id" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Material Unique Id</object-name>
        <member-data valType="String">{"DisplayText": "Material Unique Id"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Color 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Color 3</object-name>
        <member-data valType="String">{"DisplayText": "Color"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Color 4" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Color 4</object-name>
        <member-data valType="String">{"DisplayText": "Color"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Compressive Ultimate Strength" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Compressive Ultimate Strength</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Compressive Yield Strength" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Compressive Yield Strength</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Density 4" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Density 4</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Yield Strength 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Yield Strength 3</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Tensile Ultimate Strength 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Tensile Ultimate Strength 3</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Coefficient of Thermal Expansion 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 3</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Zero-Thermal-Strain Reference Temperature 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature 3</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Specific Heat 4" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Specific Heat 4</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Thermal Conductivity 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Thermal Conductivity 3</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:S-N Curve" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">S-N Curve</object-name>
        <member-data valType="String">{"DisplayText": "S-N Curve"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Strain-Life Parameters" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Strain-Life Parameters</object-name>
        <member-data valType="String">{"DisplayText": "Strain-Life Parameters"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Resistivity 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Resistivity 3</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Elasticity 3" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Elasticity 3</object-name>
        <member-data valType="String">{"DisplayText": "Elasticity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Relative Permeability" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Relative Permeability</object-name>
        <member-data valType="String">{"DisplayText": "Relative Permeability"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialPropertyData:Material Unique Id 1" Version="2.0">
        <class-type valType="String">MaterialPropertyData</class-type>
        <object-name valType="String">Material Unique Id 1</object-name>
        <member-data valType="String">{"DisplayText": "Material Unique Id"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Ultimate Strength" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Ultimate Strength</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Resistivity" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Resistivity</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Yield Strength" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Yield Strength</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Blue" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Blue</object-name>
        <member-data valType="String">{"DisplayText": "Blue"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Green" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Green</object-name>
        <member-data valType="String">{"DisplayText": "Green"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Red" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Red</object-name>
        <member-data valType="String">{"DisplayText": "Red"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 4</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Specific Heat" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Specific Heat</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Zero-Thermal-Strain Reference Temperature" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 3</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Coefficient of Thermal Expansion" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 2</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Thermal Conductivity" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Thermal Conductivity</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 1</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Shear Modulus" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Shear Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Bulk Modulus" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Bulk Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Poisson's Ratio" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Poisson's Ratio</object-name>
        <member-data valType="String">{"DisplayText": "Poisson's Ratio"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Young's Modulus" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Young's Modulus</object-name>
        <member-data valType="String">{"DisplayText": "Young's Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Density" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Density</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Density 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Density 1</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 5" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 5</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Young's Modulus 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Young's Modulus 1</object-name>
        <member-data valType="String">{"DisplayText": "Young's Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Poisson's Ratio 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Poisson's Ratio 1</object-name>
        <member-data valType="String">{"DisplayText": "Poisson's Ratio"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Bulk Modulus 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Bulk Modulus 1</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Shear Modulus 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Shear Modulus 1</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 6" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 6</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Thermal Conductivity 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Thermal Conductivity 1</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 7" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 7</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Coefficient of Thermal Expansion 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 1</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 8" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 8</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Zero-Thermal-Strain Reference Temperature 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature 1</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Specific Heat 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Specific Heat 1</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 9" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 9</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Red 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Red 1</object-name>
        <member-data valType="String">{"DisplayText": "Red"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Green 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Green 1</object-name>
        <member-data valType="String">{"DisplayText": "Green"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Blue 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Blue 1</object-name>
        <member-data valType="String">{"DisplayText": "Blue"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Yield Strength 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Yield Strength 1</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Ultimate Strength 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Ultimate Strength 1</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Resistivity 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Resistivity 1</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 1</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Density 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Density 2</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 10" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 10</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Young's Modulus 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Young's Modulus 2</object-name>
        <member-data valType="String">{"DisplayText": "Young's Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Poisson's Ratio 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Poisson's Ratio 2</object-name>
        <member-data valType="String">{"DisplayText": "Poisson's Ratio"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Bulk Modulus 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Bulk Modulus 2</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Shear Modulus 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Shear Modulus 2</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 11" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 11</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Thermal Conductivity 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Thermal Conductivity 2</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 12" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 12</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Coefficient of Thermal Expansion 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 2</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 13" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 13</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Zero-Thermal-Strain Reference Temperature 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature 2</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Specific Heat 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Specific Heat 2</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 14" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 14</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Red 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Red 2</object-name>
        <member-data valType="String">{"DisplayText": "Red"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Green 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Green 2</object-name>
        <member-data valType="String">{"DisplayText": "Green"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Blue 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Blue 2</object-name>
        <member-data valType="String">{"DisplayText": "Blue"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Yield Strength 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Yield Strength 2</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Ultimate Strength 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Ultimate Strength 2</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Resistivity 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Resistivity 2</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 2</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Solid Density" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Solid Density</object-name>
        <member-data valType="String">{"DisplayText": "Solid Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Porous Soundspeed" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Porous Soundspeed</object-name>
        <member-data valType="String">{"DisplayText": "Porous Soundspeed"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Initial Compaction Pressure Pe" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Initial Compaction Pressure Pe</object-name>
        <member-data valType="String">{"DisplayText": "Initial Compaction Pressure Pe"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Solid Compaction Pressure Ps" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Solid Compaction Pressure Ps</object-name>
        <member-data valType="String">{"DisplayText": "Solid Compaction Pressure Ps"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Compaction Exponent n" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Compaction Exponent n</object-name>
        <member-data valType="String">{"DisplayText": "Compaction Exponent n"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter A1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter A1</object-name>
        <member-data valType="String">{"DisplayText": "Parameter A1"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter A2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter A2</object-name>
        <member-data valType="String">{"DisplayText": "Parameter A2"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter A3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter A3</object-name>
        <member-data valType="String">{"DisplayText": "Parameter A3"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter B0" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter B0</object-name>
        <member-data valType="String">{"DisplayText": "Parameter B0"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter B1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter B1</object-name>
        <member-data valType="String">{"DisplayText": "Parameter B1"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter T1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter T1</object-name>
        <member-data valType="String">{"DisplayText": "Parameter T1"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Parameter T2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Parameter T2</object-name>
        <member-data valType="String">{"DisplayText": "Parameter T2"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Bulk Modulus 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Bulk Modulus 3</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Density 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Density 3</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 3</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 15" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 15</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Specific Heat 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Specific Heat 3</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 4</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 16" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 16</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Compressive Strength fc" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Compressive Strength fc</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Strength fc"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Strength ft/fc" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Strength ft/fc</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Strength ft/fc"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Shear Strength fs/fc" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Shear Strength fs/fc</object-name>
        <member-data valType="String">{"DisplayText": "Shear Strength fs/fc"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Intact Failure Surface Constant A" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Intact Failure Surface Constant A</object-name>
        <member-data valType="String">{"DisplayText": "Intact Failure Surface Constant A"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Intact Failure Surface Exponent n" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Intact Failure Surface Exponent n</object-name>
        <member-data valType="String">{"DisplayText": "Intact Failure Surface Exponent n"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tension/Compression Meridian Ratio Q2.0" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tension/Compression Meridian Ratio Q2.0</object-name>
        <member-data valType="String">{"DisplayText": "Tension/Compression Meridian Ratio Q2.0"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Brittle to Ductile Transition BQ" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Brittle to Ductile Transition BQ</object-name>
        <member-data valType="String">{"DisplayText": "Brittle to Ductile Transition BQ"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Hardening Slope" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Hardening Slope</object-name>
        <member-data valType="String">{"DisplayText": "Hardening Slope"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Elastic Strength/ft" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Elastic Strength/ft</object-name>
        <member-data valType="String">{"DisplayText": "Elastic Strength/ft"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Elastic Strength/fc" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Elastic Strength/fc</object-name>
        <member-data valType="String">{"DisplayText": "Elastic Strength/fc"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Fracture Strength Constant B" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Fracture Strength Constant B</object-name>
        <member-data valType="String">{"DisplayText": "Fracture Strength Constant B"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Fracture Strength Exponent m" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Fracture Strength Exponent m</object-name>
        <member-data valType="String">{"DisplayText": "Fracture Strength Exponent m"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Compressive Strain Rate Exponent α" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Compressive Strain Rate Exponent α</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Strain Rate Exponent α"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Strain Rate Exponent δ" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Strain Rate Exponent δ</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Strain Rate Exponent δ"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Maximum Fracture Strength Ratio SFMAX" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Maximum Fracture Strength Ratio SFMAX</object-name>
        <member-data valType="String">{"DisplayText": "Maximum Fracture Strength Ratio SFMAX"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Damage Constant D1" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Damage Constant D1</object-name>
        <member-data valType="String">{"DisplayText": "Damage Constant D1"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Damage Constant D2" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Damage Constant D2</object-name>
        <member-data valType="String">{"DisplayText": "Damage Constant D2"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Minimum Strain to Failure" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Minimum Strain to Failure</object-name>
        <member-data valType="String">{"DisplayText": "Minimum Strain to Failure"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Residual Shear Modulus Fraction" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Residual Shear Modulus Fraction</object-name>
        <member-data valType="String">{"DisplayText": "Residual Shear Modulus Fraction"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Shear Modulus 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Shear Modulus 3</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Red 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Red 3</object-name>
        <member-data valType="String">{"DisplayText": "Red"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Green 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Green 3</object-name>
        <member-data valType="String">{"DisplayText": "Green"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Blue 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Blue 3</object-name>
        <member-data valType="String">{"DisplayText": "Blue"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Red 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Red 4</object-name>
        <member-data valType="String">{"DisplayText": "Red"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Green 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Green 4</object-name>
        <member-data valType="String">{"DisplayText": "Green"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Blue 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Blue 4</object-name>
        <member-data valType="String">{"DisplayText": "Blue"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Compressive Ultimate Strength" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Compressive Ultimate Strength</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Compressive Yield Strength" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Compressive Yield Strength</object-name>
        <member-data valType="String">{"DisplayText": "Compressive Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Density 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Density 4</object-name>
        <member-data valType="String">{"DisplayText": "Density"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 5" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 5</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 17" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 17</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Yield Strength 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Yield Strength 3</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Yield Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Tensile Ultimate Strength 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Tensile Ultimate Strength 3</object-name>
        <member-data valType="String">{"DisplayText": "Tensile Ultimate Strength"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Coefficient of Thermal Expansion 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Coefficient of Thermal Expansion 3</object-name>
        <member-data valType="String">{"DisplayText": "Coefficient of Thermal Expansion"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 6" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 6</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 18" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 18</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Zero-Thermal-Strain Reference Temperature 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Zero-Thermal-Strain Reference Temperature 3</object-name>
        <member-data valType="String">{"DisplayText": "Zero-Thermal-Strain Reference Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Specific Heat 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Specific Heat 4</object-name>
        <member-data valType="String">{"DisplayText": "Specific Heat"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 7" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 7</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 19" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 19</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Thermal Conductivity 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Thermal Conductivity 3</object-name>
        <member-data valType="String">{"DisplayText": "Thermal Conductivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 8" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 8</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 20" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 20</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Alternating Stress" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Alternating Stress</object-name>
        <member-data valType="String">{"DisplayText": "Alternating Stress"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Cycles" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Cycles</object-name>
        <member-data valType="String">{"DisplayText": "Cycles"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Mean Stress" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Mean Stress</object-name>
        <member-data valType="String">{"DisplayText": "Mean Stress"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Strength Coefficient" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Strength Coefficient</object-name>
        <member-data valType="String">{"DisplayText": "Strength Coefficient"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Strength Exponent" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Strength Exponent</object-name>
        <member-data valType="String">{"DisplayText": "Strength Exponent"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Ductility Coefficient" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Ductility Coefficient</object-name>
        <member-data valType="String">{"DisplayText": "Ductility Coefficient"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Ductility Exponent" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Ductility Exponent</object-name>
        <member-data valType="String">{"DisplayText": "Ductility Exponent"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Cyclic Strength Coefficient" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Cyclic Strength Coefficient</object-name>
        <member-data valType="String">{"DisplayText": "Cyclic Strength Coefficient"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Cyclic Strain Hardening Exponent" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Cyclic Strain Hardening Exponent</object-name>
        <member-data valType="String">{"DisplayText": "Cyclic Strain Hardening Exponent"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Resistivity 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Resistivity 3</object-name>
        <member-data valType="String">{"DisplayText": "Resistivity"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 9" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 9</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Young's Modulus 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Young's Modulus 3</object-name>
        <member-data valType="String">{"DisplayText": "Young's Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Poisson's Ratio 3" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Poisson's Ratio 3</object-name>
        <member-data valType="String">{"DisplayText": "Poisson's Ratio"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Bulk Modulus 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Bulk Modulus 4</object-name>
        <member-data valType="String">{"DisplayText": "Bulk Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Shear Modulus 4" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Shear Modulus 4</object-name>
        <member-data valType="String">{"DisplayText": "Shear Modulus"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Temperature 10" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Temperature 10</object-name>
        <member-data valType="String">{"DisplayText": "Temperature"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Interpolation Options 21" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Interpolation Options 21</object-name>
        <member-data valType="String">{"DisplayText": "Interpolation Options"}</member-data>
      </Object>
      <Object Name="/Engineering Data/MaterialVariable:Relative Permeability" Version="1.0">
        <class-type valType="String">MaterialVariable</class-type>
        <object-name valType="String">Relative Permeability</object-name>
        <member-data valType="String">{"DisplayText": "Relative Permeability"}</member-data>
      </Object>
    </Container>
    <Container Name="Geometry" Version="1.0">
      <container-type valType="String">Ansys.DesignModeler.Core.Addin:Geometry</container-type>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">81551</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 82479, "Input": 81549, "Output": 81549}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <unique-system-dir valType="String">SYS</unique-system-dir>
      <contains-significant-data valType="Boolean">true</contains-significant-data>
      <Object Name="/Geometry/Geometry:GeometryDataObject" Version="1.0">
        <class-type valType="String">Geometry</class-type>
        <object-name valType="String">GeometryDataObject</object-name>
        <member-data valType="String">{"DisplayText": "GeometryDataObject", "_geometryFileRelativePath": r"dp0\SYS\DM\SYS.scdoc", "_geometryTeamcenterConnection": None, "_geometryPlugInName": "", "GeomFileReference": $$b7fa8be6-bf85-4a7d-93f5-fca3587503d3, "GeomRepositoryFileReference": None, "GeometryImportSolidBodies": True, "GeometryImportSurfaceBodies": True, "GeometryImportLineBodies": True, "GeometryImportParameters": "CADImportParameterType_Independent", "GeometryImportParametersFilter": "", "GeometryImportCadAttributes": True, "GeometryImportCadAttributesFilter": "", "GeometryImportNamedSelections": True, "GeometryImportNamedSelectionsFilter": "", "GeometryImportMaterialProperties": True, "GeometryImportAnalysisType": "AnalysisType_3D", "GeometryImportCadAssociativity": True, "GeometryImportCoordinateSystems": True, "GeometryImportCoordinateSystemsFilter": "", "GeometryImportWorkPoints": True, "GeometryImportSavePartFile": False, "GeometryImportImportUsingInstances": True, "GeometryImportSmartUpdate": True, "GeometryImportComparePartsOnUpdate": "ComparePartsMethod_None", "GeometryImportComparePartsTolerance": "ComparePartsTolerance_Tight", "GeometryImportProcessEnclosures": True, "GeometryImportDecomposeDisjointFaces": True, "GeometryImportMixedResolutionOption": "MixedImport_None", "GeometryImportWeightclass": "ImportWeightclass_Heavyweight", "GeometryImportFlattenAssembly": True, "GeometryImportCleanGeometryOnImport": False, "GeometryImportStitchSurfacesOnImport": "StitchPreference_None", "GeometryImportStitchTolerance": 1E-07, "GeometryImportSpaceClaimExplodeUnsharedComponents": True, "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47", "ObjectState": 0, "UpstreamConnections": {}, "ImportedFeatures": {}, "IsSpaceClaimGeometry": True, "_isModelerModeEnabled": False, "AreParametersOutOfDate": False, "RegisteredExternalFilesInfo": {"$$b7fa8be6-bf85-4a7d-93f5-fca3587503d3": {"FilePathInDM": r"H:\2020 - Arrow Oilfield Services Inc\2020 - AOSI - Test Cell Wall Analysis_files\dp0\SYS\DM\SYS.scdoc", "FilePathAfterRepair": r"H:\2020 - Arrow Oilfield Services Inc\2020 - AOSI - Test Cell Wall Analysis_files\dp0\SYS\DM\SYS.scdoc", "IsFileRepaired": False, "CadSourceType": "SpaceClaim"}}, "AreParametersMigratedFromLegacyDatabaseImport": False}</member-data>
        <properties-setByUserFlag-data valType="String">["ObjectState"]</properties-setByUserFlag-data>
      </Object>
      <Object Name="/Geometry/SimulationGeneratedMesh:MeshFileObject" Version="1.0">
        <class-type valType="String">SimulationGeneratedMesh</class-type>
        <object-name valType="String">MeshFileObject</object-name>
        <member-data valType="String">{"DisplayText": "MeshFileObject", "TransferFile": None}</member-data>
      </Object>
      <Object Name="/Geometry/TransferData:Geometry" Version="1.0">
        <class-type valType="String">TransferData</class-type>
        <object-name valType="String">Geometry</object-name>
        <member-data valType="String">{"DisplayText": "Geometry", "ConnectionKeys": ["05379cf4-b772-494a-ac88-03a3ecaae926"], "Data": $$ceee85ba-c843-46ec-afaf-05ce83fc91d5}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 1" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 1</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 2" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 2</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 3" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 3</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 4" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 4</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 5" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 5</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 6" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 6</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 7" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 7</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 8" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 8</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 9" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 9</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 10" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 10</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 11" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 11</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 12" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 12</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
      <Object Name="/Geometry/SpaceClaimCallBackData:SCDataObject 13" Version="1.0">
        <class-type valType="String">SpaceClaimCallBackData</class-type>
        <object-name valType="String">SCDataObject 13</object-name>
        <member-data valType="String">{"DisplayText": "SCDataObject", "Guid": "317fa56b-1bf1-41be-871b-8a5091a29c47"}</member-data>
      </Object>
    </Container>
    <Container Name="Model" Version="1.0">
      <container-type valType="String">Ansys.Simulation.Core.Addin:SimulationModel</container-type>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">81989</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 82354, "Input": 81988, "Output": 81988}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <last-update-regen-times valType="String">{"Preferences": 0, "ToolbarExp": 0, "FileTypesContainer": 0, "FileContainer": 0, "Messages": 0, "Parameters": 0, "Schematic": 0, "ReportDataContainer": 0, "Graphics": 0, "Units": 0, "DpdbContainer": 0, "Scopes": 0, "Engineering Data": 81314, "Geometry": 81551, "Model": 81927, "Setup": 0, "Solution": 0, "Results": 0}</last-update-regen-times>
      <unique-system-dir valType="String">SYS</unique-system-dir>
      <contains-significant-data valType="Boolean">true</contains-significant-data>
      <Object Name="/Model/SimulationConnection:SimulationConnection" Version="1.0">
        <class-type valType="String">SimulationConnection</class-type>
        <object-name valType="String">SimulationConnection</object-name>
        <member-data valType="String">{"DisplayText": "SimulationConnection", "Caption": "SimulationConnection", "EventIdToDataReferenceMap": {}, "DSIdToDataReferenceMap": {"16": {"CellModel": $$a794bdd6-0cbc-4777-a80f-ab6bba55d207}, "15": {"CellModel": $$a794bdd6-0cbc-4777-a80f-ab6bba55d207}, "17": {"CellModel": $$a794bdd6-0cbc-4777-a80f-ab6bba55d207}, "214": {"CellSetup": $$c7063be7-af43-42c8-b47e-5c77166a340f}, "215": {"CellSolution": $$09a672f1-8b6c-49f1-a233-16d2962b6e46, "CellResults": $$2a7682c8-6150-4db1-8880-98e85c78e3d6}}, "Attributes": {}}</member-data>
      </Object>
      <Object Name="/Model/MechanicalSystemType:SystemClass for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">MechanicalSystemType</class-type>
        <object-name valType="String">SystemClass for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SystemClass for Structural|Explicit|AUTODYN", "PhysicsType": "Structural", "AnalysisType": "Explicit", "SolverType": "AUTODYN", "PhysicsTypeDisplayString": "Structural", "AnalysisTypeDisplayString": "Explicit Dynamics", "SolverTypeDisplayString": "AUTODYN", "SystemTypeCombination": None, "DelimitedSystemTypeCominbation": None, "SetupEntityType": "SimulationSetup", "SolutionEntityType": "SimulationSolution", "ResultsEntityType": "SimulationResults", "SetupDataEntityType": "MechanicalSetup", "SolutionDataEntityType": "MechanicalSolution", "ResultsDataEntityType": "MechanicalResults", "Id": "Explicit Dynamics (AUTODYN)", "SystemName": "SYS", "SystemID": "SYS"}</member-data>
      </Object>
      <Object Name="/Model/MechanicalMesh:SimulationMeshDataObject" Version="1.0">
        <class-type valType="String">MechanicalMesh</class-type>
        <object-name valType="String">SimulationMeshDataObject</object-name>
        <member-data valType="String">{"DisplayText": "SimulationMeshDataObject", "Caption": "Mesh", "MeshId": 17}</member-data>
        <custom-data>
          <AttentionRequired valType="String">False</AttentionRequired>
          <value-keys valType="String">{"AttentionRequired": System.Boolean}</value-keys>
          <dictionary-keys valType="String">[transferDataMap]</dictionary-keys>
          <transferDataMap />
        </custom-data>
      </Object>
      <Object Name="/Model/SimulationEngineeringData:SimulationEngineeringDataObject" Version="1.0">
        <class-type valType="String">SimulationEngineeringData</class-type>
        <object-name valType="String">SimulationEngineeringDataObject</object-name>
        <member-data valType="String">{"DisplayText": "SimulationEngineeringDataObject", "DataConnections": [], "TransferDataObject": $$c701dfb1-6f18-44a1-898b-a643339d7a40, "TransferFiles": None, "UptoDate": False}</member-data>
      </Object>
      <Object Name="/Model/SimulationModelGeneratedMesh:SimulationModelGeneratedMesh" Version="1.0">
        <class-type valType="String">SimulationModelGeneratedMesh</class-type>
        <object-name valType="String">SimulationModelGeneratedMesh</object-name>
        <member-data valType="String">{"DisplayText": "SimulationModelGeneratedMesh", "DataConnections": [], "TransferDataObject": $$841e3217-d50b-44e2-b3c8-6381c12ecbac, "VersionNumber": 2, "TransferFile": None, "TransferFiles": None, "UnitSystem": None, "AllowMeshing": True, "UptoDate": False}</member-data>
      </Object>
      <Object Name="/Model/SimulationModelGeneratedPMDB:SimulationModelGeneratedPMDB" Version="1.0">
        <class-type valType="String">SimulationModelGeneratedPMDB</class-type>
        <object-name valType="String">SimulationModelGeneratedPMDB</object-name>
        <member-data valType="String">{"DisplayText": "SimulationModelGeneratedPMDB", "DataConnections": [], "TransferDataObject": $$69001936-99b1-45ca-bb65-5ee146529e12, "VersionNumber": 1, "TransferFile": None}</member-data>
      </Object>
      <Object Name="/Model/SimulationGeneratedSolidMesh:SimulationGeneratedSolidMesh" Version="1.0">
        <class-type valType="String">SimulationGeneratedSolidMesh</class-type>
        <object-name valType="String">SimulationGeneratedSolidMesh</object-name>
        <member-data valType="String">{"DisplayText": "SimulationGeneratedSolidMesh", "DataConnections": [], "TransferDataObject": $$bf1e12ff-cd2a-482a-8248-7fd45c6415a0, "VersionNumber": 1, "TransferFile": None, "UnitSystem": None}</member-data>
      </Object>
      <Object Name="/Model/ModelOutputSettingsForACP:ModelOutputSettingsForACP" Version="1.0">
        <class-type valType="String">ModelOutputSettingsForACP</class-type>
        <object-name valType="String">ModelOutputSettingsForACP</object-name>
        <member-data valType="String">{"DisplayText": "ModelOutputSettingsForACP", "LengthUnit": ""}</member-data>
      </Object>
      <Object Name="/Model/RemoteUpdateInformationStorage:RemoteUpdateInformationStorage" Version="1.0">
        <class-type valType="String">RemoteUpdateInformationStorage</class-type>
        <object-name valType="String">RemoteUpdateInformationStorage</object-name>
        <member-data valType="String">{"DisplayText": "RemoteUpdateInformationStorage", "RemoteUpdateInformationMap": {}}</member-data>
      </Object>
      <Object Name="/Model/ExpertProperties:ExpertProperties" Version="1.0">
        <class-type valType="String">ExpertProperties</class-type>
        <object-name valType="String">ExpertProperties</object-name>
        <member-data valType="String">{"DisplayText": "ExpertProperties", "ImportantNote": "These options are visible because a development environment variable is set", "ExpertPropertiesString": "", "EnableDebug": False, "EnableValidation": False, "EnableTesting": False, "EnableErrorReporting": False, "EnableWarningReporting": False, "EnableInfoReporting": False, "EnableFileBasedCommunication": False, "EnableSocketCommunication": False, "EnableFailureCauseReporting": True}</member-data>
      </Object>
      <Object Name="/Model/OutputsGeneratedManagerDataEntityType:OutputsGeneratedManagerObject" Version="1.0">
        <class-type valType="String">OutputsGeneratedManagerDataEntityType</class-type>
        <object-name valType="String">OutputsGeneratedManagerObject</object-name>
        <member-data valType="String">{"DisplayText": "OutputsGeneratedManagerObject", "outputGeneratedTimes": {}}</member-data>
      </Object>
      <Object Name="/Model/SimulationMeshProperties:SimulationMeshProperties" Version="1.0">
        <class-type valType="String">SimulationMeshProperties</class-type>
        <object-name valType="String">SimulationMeshProperties</object-name>
        <member-data valType="String">{"DisplayText": "SimulationMeshProperties", "saveMeshFileInSeparateFile": False}</member-data>
      </Object>
      <Object Name="/Model/ModelComponentProperties:ModelComponentProperties" Version="1.0">
        <class-type valType="String">ModelComponentProperties</class-type>
        <object-name valType="String">ModelComponentProperties</object-name>
        <member-data valType="String">{"DisplayText": "ModelComponentProperties", "License": ""}</member-data>
      </Object>
      <Object Name="/Model/ContainerConnections:ModelContainerConnections" Version="1.0">
        <class-type valType="String">ContainerConnections</class-type>
        <object-name valType="String">ModelContainerConnections</object-name>
        <member-data valType="String">{"DisplayText": "ModelContainerConnections", "Connections": {"Engineering Data": {"$$919be182-b3b0-4f6d-8ef1-2224c2115236": {"material": ["293e6aec-f2b4-4cd6-a3d9-e778e07c7d8c"]}}, "Geometry": {"$$ceee85ba-c843-46ec-afaf-05ce83fc91d5": {"Geometry": ["05379cf4-b772-494a-ac88-03a3ecaae926"]}}}}</member-data>
      </Object>
      <Object Name="/Model/MechanicalModel:MechanicalModel" Version="1.0">
        <class-type valType="String">MechanicalModel</class-type>
        <object-name valType="String">MechanicalModel</object-name>
        <member-data valType="String">{"DisplayText": "MechanicalModel", "Caption": "Model", "File": $$6c28501f-bf0f-47eb-9be5-1ff151aab85f, "MeshFile": None, "EdaFile": None, "AcpRenumberingInformation": {}, "ModelConversionAssociativityMap": {}, "ModelId": 15, "PrototypeId": 16, "PrototypeUnitSystem": "WBUST_StandardMKS", "ModelHash": "5fbf6cc9-b151-4cc4-82ff-f28bdcf33803", "GeometryHash": "5fbf6cc9-b151-4cc4-82ff-f28bdcf33803", "IsResetNotRequired": False, "AllowMeshing": True, "TransferFiles": {"InputFile": {}, "ExternalModelOutputProvider": {}, "SimulationSolutionOutputProvider": {}, "SimulationModelGeneratedMesh": {}, "MeshingAssemblyTransferType": {}, "TopologyOptimizationResultsCDB": {}, "SpaceClaimModelerMode": {}, "Modeler": {}, "AIMGeometryMeshOutputProvider": {}, "AIMMechanicalPhysicsDefinitionOutputProvider": {}, "ExternalModelOutputProviderForAssembly": {}, "EngineeringData": {"Engineering Data": [$$0f782f98-592a-4897-8d93-338f25f51f1f]}, "CompositeEngineeringData": {}, "SimulationEngineeringData": {}, "SolidSectionData": {}, "EnhancedModelData": {}}, "UnconsumedUpstreamDataForModelAssembly": {}, "ApplicationRegisteredFiles": {}}</member-data>
        <custom-data>
          <File valType="String">6c28501f-bf0f-47eb-9be5-1ff151aab85f</File>
          <FilePath valType="String"></FilePath>
          <AttentionRequired valType="String">False</AttentionRequired>
          <IsModifiedDueToModelAssemblyPropertyChange valType="String">False</IsModifiedDueToModelAssemblyPropertyChange>
          <IsModifiedDueToExternalModelPropertyChange valType="String">False</IsModifiedDueToExternalModelPropertyChange>
          <ParameterValueModified valType="String">False</ParameterValueModified>
          <AttachType valType="String">0</AttachType>
          <value-keys valType="String">{"File": System.String, "FilePath": System.String, "AttentionRequired": System.Boolean, "IsModifiedDueToModelAssemblyPropertyChange": System.Boolean, "IsModifiedDueToExternalModelPropertyChange": System.Boolean, "ParameterValueModified": System.Boolean, "AttachType": System.Int32}</value-keys>
        </custom-data>
      </Object>
    </Container>
    <Container Name="Setup" Version="1.0">
      <container-type valType="String">Ansys.Simulation.Core.Addin:SimulationSetup</container-type>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">82332</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 82469, "Input": 82375, "Output": 82375}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <last-update-regen-times valType="String">{"Preferences": 0, "ToolbarExp": 0, "FileTypesContainer": 0, "FileContainer": 0, "Messages": 0, "Parameters": 0, "Schematic": 0, "ReportDataContainer": 0, "Graphics": 0, "Units": 0, "DpdbContainer": 0, "Scopes": 0, "Engineering Data": 81314, "Geometry": 81551, "Model": 81989, "Setup": 82332, "Solution": 82333, "Results": 82334, "EngineeringDataGeneratedChartData": 0, "EngineeringDataCurveFit": 0, "EngineeringDataFavoriteItems": 0}</last-update-regen-times>
      <unique-system-dir valType="String">SYS</unique-system-dir>
      <contains-significant-data valType="Boolean">true</contains-significant-data>
      <Object Name="/Setup/MechanicalSystemType:SystemClass for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">MechanicalSystemType</class-type>
        <object-name valType="String">SystemClass for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SystemClass for Structural|Explicit|AUTODYN", "PhysicsType": "Structural", "AnalysisType": "Explicit", "SolverType": "AUTODYN", "PhysicsTypeDisplayString": "Structural", "AnalysisTypeDisplayString": "Explicit Dynamics", "SolverTypeDisplayString": "AUTODYN", "SystemTypeCombination": "StructuralExplicitAUTODYN", "DelimitedSystemTypeCominbation": "Structural|Explicit|AUTODYN", "SetupEntityType": "SimulationSetup", "SolutionEntityType": "SimulationSolution", "ResultsEntityType": "SimulationResults", "SetupDataEntityType": "MechanicalSetup", "SolutionDataEntityType": "MechanicalSolution", "ResultsDataEntityType": "MechanicalResults", "Id": "Explicit Dynamics (AUTODYN)", "SystemName": "SYS", "SystemID": "SYS"}</member-data>
      </Object>
      <Object Name="/Setup/MechanicalSetup:SetupData for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicSetupData, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "mechanicalSetup", "Methods": {"AcquireDataConnection": "Mechanical.AcquireSetupDataConnection", "RetrieveData": "Mechanical.RetrieveSimulationData", "ReleaseDataConnection": "Mechanical.ReleaseSimulationDataConnection"}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}, "TransferType": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}}, "DataTypeHierarchy": "MechanicalSetup,DataEntity"}</type-spec>
        <object-name valType="String">SetupData for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SetupData for Structural|Explicit|AUTODYN", "TransferType": None}</member-data>
        <custom-data>
          <dictionary-keys valType="String">[transferDataMap]</dictionary-keys>
          <transferDataMap />
        </custom-data>
      </Object>
      <Object Name="/Setup/SystemCouplingSetupData:Setup Coupling Data" Version="1.0">
        <class-type valType="String">SystemCouplingSetupData</class-type>
        <object-name valType="String">Setup Coupling Data</object-name>
        <member-data valType="String">{"DisplayText": "Setup Coupling Data", "DataConnections": [], "TransferDataObject": None}</member-data>
      </Object>
      <Object Name="/Setup/DesignAssessmentSetupSettingsType:DesignAssessmentSetupSettingsType" Version="1.0">
        <class-type valType="String">DesignAssessmentSetupSettingsType</class-type>
        <object-name valType="String">DesignAssessmentSetupSettingsType</object-name>
        <member-data valType="String">{"DisplayText": "DesignAssessmentSetupSettingsType", "SolverTarget": "", "UserAttributeFile": ""}</member-data>
      </Object>
      <Object Name="/Setup/ContainerConnections:ModelContainerConnections" Version="1.0">
        <class-type valType="String">ContainerConnections</class-type>
        <object-name valType="String">ModelContainerConnections</object-name>
        <member-data valType="String">{"DisplayText": "ModelContainerConnections", "Connections": {}}</member-data>
      </Object>
      <Object Name="/Setup/SimulationSetup:SetupObject for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicSetupObject, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "simulationSetup", "Methods": {"AcquireDataConnection": "Mechanical.AcquireSetupDataConnection", "RetrieveData": "Mechanical.RetrieveSimulationData", "ReleaseDataConnection": "Mechanical.ReleaseSimulationDataConnection"}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}, "EnvironmentId": {"SpecType": "Ansys.Core.DataSpecs.IntegerSpec`1[[System.Int32, mscorlib]], Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": -1, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "UndefinedValue": 2147483647}, "SolveHandlerName": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "IsCreating": {"SpecType": "Ansys.Core.DataSpecs.BooleanSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": False, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "SetupOnly": {"SpecType": "Ansys.Core.DataSpecs.BooleanSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": False, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "ConnectionGUID": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "IsModifiedDueToDataTransferOnlyChange": {"SpecType": "Ansys.Core.DataSpecs.BooleanSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": False, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "Attributes": {"SpecType": "Ansys.Core.DataSpecs.DictionarySpec`2[[System.String, mscorlib],[System.Collections.Generic.List`1[[System.String, mscorlib]], mscorlib]], Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": {}, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "KeySpec": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "ElementSpec": {"SpecType": "Ansys.Core.DataSpecs.ListSpec`1[[System.String, mscorlib]], Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": [], "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "ElementSpec": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "MaxLength": 2147483647, "MinLength": 0}}}, "DataTypeHierarchy": "SimulationSetup,DataEntity"}</type-spec>
        <object-name valType="String">SetupObject for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SetupObject for Structural|Explicit|AUTODYN", "EnvironmentId": 214, "SolveHandlerName": None, "IsCreating": False, "SetupOnly": False, "ConnectionGUID": None, "IsModifiedDueToDataTransferOnlyChange": False, "Attributes": {}}</member-data>
        <custom-data>
          <EnvironmentState valType="String">5</EnvironmentState>
          <AttentionRequired valType="String">False</AttentionRequired>
          <ParameterValueModified valType="String">False</ParameterValueModified>
          <FutureIntent valType="String">False</FutureIntent>
          <IsUsingDP0BasedWorkingDirectory valType="String">False</IsUsingDP0BasedWorkingDirectory>
          <MechanicalBusyPendingChange valType="String">False</MechanicalBusyPendingChange>
          <ModelContainerInputParameterValueWhichReallyAffectsTheSetupContainerHasBeenModified valType="String">False</ModelContainerInputParameterValueWhichReallyAffectsTheSetupContainerHasBeenModified>
          <ExternalLoadsCount valType="String">0</ExternalLoadsCount>
          <DesignAssessmentFileRef valType="String">null</DesignAssessmentFileRef>
          <value-keys valType="String">{"EnvironmentState": System.Int32, "AttentionRequired": System.Boolean, "ParameterValueModified": System.Boolean, "FutureIntent": System.Boolean, "IsUsingDP0BasedWorkingDirectory": System.Boolean, "MechanicalBusyPendingChange": System.Boolean, "ModelContainerInputParameterValueWhichReallyAffectsTheSetupContainerHasBeenModified": System.Boolean, "ExternalLoadsCount": System.Int32, "DesignAssessmentFileRef": System.String}</value-keys>
        </custom-data>
      </Object>
    </Container>
    <Container Name="Solution" Version="1.0">
      <container-type valType="String">Ansys.Simulation.Core.Addin:SimulationSolution</container-type>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">82333</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 82376, "Input": 82376, "Output": 82376}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <last-update-regen-times valType="String">{"Preferences": 0, "ToolbarExp": 0, "FileTypesContainer": 0, "FileContainer": 0, "Messages": 0, "Parameters": 0, "Schematic": 0, "ReportDataContainer": 0, "Graphics": 0, "Units": 0, "DpdbContainer": 0, "Scopes": 0, "Engineering Data": 81314, "Geometry": 81551, "Model": 81989, "Setup": 82332, "Solution": 82333, "Results": 82334, "EngineeringDataGeneratedChartData": 0, "EngineeringDataCurveFit": 0, "EngineeringDataFavoriteItems": 0}</last-update-regen-times>
      <unique-system-dir valType="String">SYS</unique-system-dir>
      <contains-significant-data valType="Boolean">true</contains-significant-data>
      <Object Name="/Solution/MechanicalSystemType:SystemClass for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">MechanicalSystemType</class-type>
        <object-name valType="String">SystemClass for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SystemClass for Structural|Explicit|AUTODYN", "PhysicsType": "Structural", "AnalysisType": "Explicit", "SolverType": "AUTODYN", "PhysicsTypeDisplayString": "Structural", "AnalysisTypeDisplayString": "Explicit Dynamics", "SolverTypeDisplayString": "AUTODYN", "SystemTypeCombination": "StructuralExplicitAUTODYN", "DelimitedSystemTypeCominbation": "Structural|Explicit|AUTODYN", "SetupEntityType": "SimulationSetup", "SolutionEntityType": "SimulationSolution", "ResultsEntityType": "SimulationResults", "SetupDataEntityType": "MechanicalSetup", "SolutionDataEntityType": "MechanicalSolution", "ResultsDataEntityType": "MechanicalResults", "Id": "Explicit Dynamics (AUTODYN)", "SystemName": "SYS", "SystemID": "SYS"}</member-data>
      </Object>
      <Object Name="/Solution/MechanicalSolution:SolutionData for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicSolutionData, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "mechanicalSolution", "Methods": {"AcquireDataConnection": "Mechanical.AcquireSimulationSolutionConnection", "RetrieveData": "Mechanical.RetrieveSimulationData", "ReleaseDataConnection": "Mechanical.ReleaseSimulationDataConnection"}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}, "TransferType": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}}, "DataTypeHierarchy": "MechanicalSolution,DataEntity"}</type-spec>
        <object-name valType="String">SolutionData for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SolutionData for Structural|Explicit|AUTODYN", "TransferType": None}</member-data>
        <custom-data>
          <dictionary-keys valType="String">[transferDataMap]</dictionary-keys>
          <transferDataMap />
        </custom-data>
      </Object>
      <Object Name="/Solution/SimulationSolutionDataInternal:SolutionDataInternal for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicSolutionDataInternal, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "simulationSolutionDataInternal", "Methods": {}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}}, "DataTypeHierarchy": "SimulationSolutionDataInternal,DataEntity"}</type-spec>
        <object-name valType="String">SolutionDataInternal for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SolutionDataInternal for Structural|Explicit|AUTODYN"}</member-data>
      </Object>
      <Object Name="/Solution/SimulationSolutionOutputProvider:SimulationSolutionOutputProvider" Version="1.0">
        <class-type valType="String">SimulationSolutionOutputProvider</class-type>
        <object-name valType="String">SimulationSolutionOutputProvider</object-name>
        <member-data valType="String">{"DisplayText": "SimulationSolutionOutputProvider", "DataConnections": {}}</member-data>
      </Object>
      <Object Name="/Solution/SimulationSolutionSettings:SimulationSolutionSettingsEntity" Version="1.0">
        <class-type valType="String">SimulationSolutionSettings</class-type>
        <object-name valType="String">SimulationSolutionSettingsEntity</object-name>
        <member-data valType="String">{"DisplayText": "SimulationSolutionSettingsEntity", "UpdateOption": "Use application default", "SolveProcessSetting": ""}</member-data>
      </Object>
      <Object Name="/Solution/RemoteUpdateInformationStorage:RemoteUpdateInformationStorage" Version="1.0">
        <class-type valType="String">RemoteUpdateInformationStorage</class-type>
        <object-name valType="String">RemoteUpdateInformationStorage</object-name>
        <member-data valType="String">{"DisplayText": "RemoteUpdateInformationStorage", "RemoteUpdateInformationMap": {}}</member-data>
      </Object>
      <Object Name="/Solution/ExpertProperties:ExpertProperties" Version="1.0">
        <class-type valType="String">ExpertProperties</class-type>
        <object-name valType="String">ExpertProperties</object-name>
        <member-data valType="String">{"DisplayText": "ExpertProperties", "ImportantNote": "These options are visible because a development environment variable is set", "ExpertPropertiesString": "", "EnableDebug": False, "EnableValidation": False, "EnableTesting": False, "EnableErrorReporting": False, "EnableWarningReporting": False, "EnableInfoReporting": False, "EnableFileBasedCommunication": False, "EnableSocketCommunication": False, "EnableFailureCauseReporting": True}</member-data>
      </Object>
      <Object Name="/Solution/ExtendedComponentSettingsForRsmDpUpdate:ExtendedComponentSettingsForRsmDpUpdate" Version="1.0">
        <class-type valType="String">ExtendedComponentSettingsForRsmDpUpdate</class-type>
        <object-name valType="String">ExtendedComponentSettingsForRsmDpUpdate</object-name>
        <member-data valType="String">{"DisplayText": "ExtendedComponentSettingsForRsmDpUpdate", "SerialOnly": False, "UseLimitOnNumberOfCores": False, "LimitOnNumberOfCores": 2, "SharedMemoryParallel": False}</member-data>
      </Object>
      <Object Name="/Solution/SimulationSolution:SolutionObject for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicSolutionObject, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "simulationSolution", "Methods": {}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}, "Caption": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": "Solution", "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "ID_Spec_Solution_Caption", "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}, "ResultId": {"SpecType": "Ansys.Core.DataSpecs.IntegerSpec`1[[System.Int32, mscorlib]], Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": -1, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "UndefinedValue": 2147483647}, "ShouldInvalidateSolutionOnNextMechanicalStart": {"SpecType": "Ansys.Core.DataSpecs.BooleanSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": False, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}}, "DataTypeHierarchy": "SimulationSolution,DataEntity"}</type-spec>
        <object-name valType="String">SolutionObject for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SolutionObject for Structural|Explicit|AUTODYN", "Caption": "Solution", "ResultId": 215, "ShouldInvalidateSolutionOnNextMechanicalStart": False}</member-data>
        <custom-data>
          <AnalysisState valType="String">6</AnalysisState>
          <ResultsDownloadRequired valType="String">False</ResultsDownloadRequired>
          <AttentionRequired valType="String">False</AttentionRequired>
          <value-keys valType="String">{"AnalysisState": System.Int32, "ResultsDownloadRequired": System.Boolean, "AttentionRequired": System.Boolean}</value-keys>
        </custom-data>
      </Object>
    </Container>
    <Container Name="Results" Version="1.0">
      <container-type valType="String">Ansys.Simulation.Core.Addin:SimulationResults</container-type>
      <storage-scheme-id valType="String">version-1-format</storage-scheme-id>
      <deleted-sources valType="String">[]</deleted-sources>
      <last-updated valType="Int64">82334</last-updated>
      <last-modified-by-usage valType="String">{"Extrinsic": 82380, "Input": 82380, "Output": 82380}</last-modified-by-usage>
      <outputs-generated-by-type valType="String">{}</outputs-generated-by-type>
      <last-update-regen-times valType="String">{"Preferences": 0, "ToolbarExp": 0, "FileTypesContainer": 0, "FileContainer": 0, "Messages": 0, "Parameters": 0, "Schematic": 0, "ReportDataContainer": 0, "Graphics": 0, "Units": 0, "DpdbContainer": 0, "Scopes": 0, "Engineering Data": 81314, "Geometry": 81551, "Model": 81989, "Setup": 82332, "Solution": 82333, "Results": 82334, "EngineeringDataGeneratedChartData": 0, "EngineeringDataCurveFit": 0, "EngineeringDataFavoriteItems": 0}</last-update-regen-times>
      <unique-system-dir valType="String">SYS</unique-system-dir>
      <contains-significant-data valType="Boolean">true</contains-significant-data>
      <Object Name="/Results/MechanicalSystemType:SystemClass for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">MechanicalSystemType</class-type>
        <object-name valType="String">SystemClass for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "SystemClass for Structural|Explicit|AUTODYN", "PhysicsType": "Structural", "AnalysisType": "Explicit", "SolverType": "AUTODYN", "PhysicsTypeDisplayString": "Structural", "AnalysisTypeDisplayString": "Explicit Dynamics", "SolverTypeDisplayString": "AUTODYN", "SystemTypeCombination": "StructuralExplicitAUTODYN", "DelimitedSystemTypeCominbation": "Structural|Explicit|AUTODYN", "SetupEntityType": "SimulationSetup", "SolutionEntityType": "SimulationSolution", "ResultsEntityType": "SimulationResults", "SetupDataEntityType": "MechanicalSetup", "SolutionDataEntityType": "MechanicalSolution", "ResultsDataEntityType": "MechanicalResults", "Id": "Explicit Dynamics (AUTODYN)", "SystemName": "SYS", "SystemID": "SYS"}</member-data>
      </Object>
      <Object Name="/Results/MechanicalResults:ResultsData for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicResultData, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "mechanicalResults", "Methods": {"AcquireDataConnection": "Mechanical.AcquireSimulationResultsConnection", "RetrieveData": "Mechanical.RetrieveSimulationData", "ReleaseDataConnection": "Mechanical.ReleaseSimulationDataConnection"}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}, "TransferType": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False}}, "DataTypeHierarchy": "MechanicalResults,DataEntity"}</type-spec>
        <object-name valType="String">ResultsData for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "ResultsData for Structural|Explicit|AUTODYN", "TransferType": None}</member-data>
        <custom-data>
          <dictionary-keys valType="String">[transferDataMap]</dictionary-keys>
          <transferDataMap />
        </custom-data>
      </Object>
      <Object Name="/Results/SimulationResultsStlZip:SimulationResultsStlZip" Version="1.0">
        <class-type valType="String">SimulationResultsStlZip</class-type>
        <object-name valType="String">SimulationResultsStlZip</object-name>
        <member-data valType="String">{"DisplayText": "SimulationResultsStlZip", "DataConnections": [], "TransferDataObject": $$d67979ae-6742-4c04-8352-8f9ca0cfb705, "VersionNumber": 1, "TransferFile": None}</member-data>
      </Object>
      <Object Name="/Results/TopologyOptimizationResultsCDB:TopologyOptimizationResultsCDB" Version="1.0">
        <class-type valType="String">TopologyOptimizationResultsCDB</class-type>
        <object-name valType="String">TopologyOptimizationResultsCDB</object-name>
        <member-data valType="String">{"DisplayText": "TopologyOptimizationResultsCDB", "DataConnections": [], "TransferDataObject": $$6ace73d9-79b0-4b0f-a28a-360f40706bf4, "VersionNumber": 1, "Dsid": 0, "TransferFiles": {}, "ResultFileNames": None}</member-data>
      </Object>
      <Object Name="/Results/SimulationResults:ResultsObject for Structural|Explicit|AUTODYN" Version="1.0">
        <class-type valType="String">Ansys.Simulation.Core.DataModel.DynamicResultsObject, Ans.Simulation.Core</class-type>
        <type-spec valType="String">{"SpecType": "Ansys.Core.DataModel.DataEntitySpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "System", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "JournalVariableName": "simulationResults", "Methods": {}, "Version": 1, "Members": {"DisplayText": {"SpecType": "Ansys.Core.DataSpecs.StringSpec, Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Label": "Display Text", "Usage": "Extrinsic", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": True}, "AnswerSetId": {"SpecType": "Ansys.Core.DataSpecs.IntegerSpec`1[[System.Int32, mscorlib]], Ans.Core", "Access": "UserWritable", "CanUndoPropertyChanges": True, "Default": -1, "Exposure": "AnyUser", "IsOptional": False, "IsPersistent": True, "IsReadOnly": False, "Usage": "Input", "IsDesignPointInvariant": False, "IsParameterizable": False, "ReuseJournalVariables": False, "UndefinedValue": 2147483647}}, "DataTypeHierarchy": "SimulationResults,DataEntity"}</type-spec>
        <object-name valType="String">ResultsObject for Structural|Explicit|AUTODYN</object-name>
        <member-data valType="String">{"DisplayText": "ResultsObject for Structural|Explicit|AUTODYN", "AnswerSetId": 215}</member-data>
        <custom-data>
          <FindAnswersState valType="String">6</FindAnswersState>
          <AttentionRequired valType="String">False</AttentionRequired>
          <ParameterValueModified valType="String">False</ParameterValueModified>
          <value-keys valType="String">{"FindAnswersState": System.Int32, "AttentionRequired": System.Boolean, "ParameterValueModified": System.Boolean}</value-keys>
        </custom-data>
      </Object>
    </Container>
  </Containers>
</Storage>