diff options
Diffstat (limited to 'simulations/structural steel_files/dp0/global')
| -rw-r--r-- | simulations/structural steel_files/dp0/global/MECH/SYS.engd | 640 | ||||
| -rw-r--r-- | simulations/structural steel_files/dp0/global/MECH/SYS.mechdb | bin | 0 -> 6883400 bytes |
2 files changed, 640 insertions, 0 deletions
diff --git a/simulations/structural steel_files/dp0/global/MECH/SYS.engd b/simulations/structural steel_files/dp0/global/MECH/SYS.engd new file mode 100644 index 0000000..cc078cb --- /dev/null +++ b/simulations/structural steel_files/dp0/global/MECH/SYS.engd @@ -0,0 +1,640 @@ +<?xml version="1.0" encoding="UTF-8"?> +<EngineeringData version="24.2.0.202" versiondate="13-5-2024 17:34:00"> + <Notes> + </Notes> + <Materials> + <MatML_Doc> + <Material DefaultSolidMaterial="True"> + <BulkDetails> + <Name>Structural Steel</Name> + <Description>Fatigue Data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1</Description> + <Class> + <Name>Alloy</Name> + </Class> + <PropertyData property="pr0"> + <Data format="string">-</Data> + <Qualifier name="Localized Name">Color</Qualifier> + <ParameterValue parameter="pa0" format="float"> + <Data>132</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Red</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa1" format="float"> + <Data>139</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Green</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa2" format="float"> + <Data>179</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Blue</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa3" format="string"> + <Data>Appearance</Data> + </ParameterValue> + </PropertyData> + <PropertyData property="pr1"> + <Data format="string">-</Data> + <Qualifier name="Localized Name">Compressive Ultimate Strength</Qualifier> + <ParameterValue parameter="pa4" format="float"> + <Data>0</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Compressive Ultimate Strength</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr2"> + <Data format="string">-</Data> + <Qualifier name="Localized Name">Compressive Yield Strength</Qualifier> + <ParameterValue parameter="pa5" format="float"> + <Data>250000000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Compressive Yield Strength</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr3"> + <Data format="string">-</Data> + <Qualifier name="Field Variable Compatible">Temperature</Qualifier> + <Qualifier name="Localized Name">Density</Qualifier> + <ParameterValue parameter="pa6" format="string"> + <Data>Interpolation Options</Data> + <Qualifier name="AlgorithmType">Linear Multivariate (Qhull)</Qualifier> + <Qualifier name="Normalized">True</Qualifier> + <Qualifier name="Cached">True</Qualifier> + <Qualifier name="ExtrapolationType">Projection to the Bounding Box</Qualifier> + <Qualifier name="Localized Name">Interpolation Options</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa7" format="float"> + <Data>7850</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Density</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa8" format="float"> + <Data>7.88860905221012e-31</Data> + <Qualifier name="Variable Type">Independent</Qualifier> + <Qualifier name="Localized Name">Temperature</Qualifier> + <Qualifier name="Field Variable">Temperature</Qualifier> + <Qualifier name="Default Data">22</Qualifier> + <Qualifier name="Upper Limit">31.5</Qualifier> + <Qualifier name="Lower Limit">10.5</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr4"> + <Data format="string">-</Data> + <Qualifier name="Localized Name">Tensile Yield Strength</Qualifier> + <ParameterValue parameter="pa9" format="float"> + <Data>250000000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Tensile Yield Strength</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr5"> + <Data format="string">-</Data> + <Qualifier name="Localized Name">Tensile Ultimate Strength</Qualifier> + <ParameterValue parameter="pa10" format="float"> + <Data>460000000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Tensile Ultimate Strength</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr6"> + <Data format="string">-</Data> + <Qualifier name="Definition">Secant</Qualifier> + <Qualifier name="Behavior">Isotropic</Qualifier> + <Qualifier name="Field Variable Compatible">Temperature</Qualifier> + <Qualifier name="Localized Name">Isotropic Secant Coefficient of Thermal Expansion</Qualifier> + <ParameterValue parameter="pa6" format="string"> + <Data>Interpolation Options</Data> + <Qualifier name="AlgorithmType">Linear Multivariate (Qhull)</Qualifier> + <Qualifier name="Normalized">True</Qualifier> + <Qualifier name="Cached">True</Qualifier> + <Qualifier name="ExtrapolationType">Projection to the Bounding Box</Qualifier> + <Qualifier name="Localized Name">Interpolation Options</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa11" format="float"> + <Data>1.2e-05</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Coefficient of Thermal Expansion</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa8" format="float"> + <Data>7.88860905221012e-31</Data> + <Qualifier name="Variable Type">Independent</Qualifier> + <Qualifier name="Localized Name">Temperature</Qualifier> + <Qualifier name="Field Variable">Temperature</Qualifier> + <Qualifier name="Default Data">22</Qualifier> + <Qualifier name="Upper Limit">31.5</Qualifier> + <Qualifier name="Lower Limit">10.5</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr7"> + <Data format="string">-</Data> + <Qualifier name="Definition">Secant</Qualifier> + <Qualifier name="Behavior">Isotropic</Qualifier> + <Qualifier name="Localized Name">Isotropic Zero-Thermal-Strain Reference Temperature Secant</Qualifier> + <ParameterValue parameter="pa12" format="float"> + <Data>22</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Zero-Thermal-Strain Reference Temperature</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa3" format="string"> + <Data>Coefficient of Thermal Expansion</Data> + </ParameterValue> + </PropertyData> + <PropertyData property="pr8"> + <Data format="string">-</Data> + <Qualifier name="Definition">Constant Pressure</Qualifier> + <Qualifier name="Field Variable Compatible">Temperature</Qualifier> + <Qualifier name="Symbol">Cᵨ</Qualifier> + <Qualifier name="Localized Name">Specific Heat Constant Pressure</Qualifier> + <ParameterValue parameter="pa6" format="string"> + <Data>Interpolation Options</Data> + <Qualifier name="AlgorithmType">Linear Multivariate (Qhull)</Qualifier> + <Qualifier name="Normalized">True</Qualifier> + <Qualifier name="Cached">True</Qualifier> + <Qualifier name="ExtrapolationType">Projection to the Bounding Box</Qualifier> + <Qualifier name="Localized Name">Interpolation Options</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa13" format="float"> + <Data>434</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Specific Heat</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa8" format="float"> + <Data>7.88860905221012e-31</Data> + <Qualifier name="Variable Type">Independent</Qualifier> + <Qualifier name="Localized Name">Temperature</Qualifier> + <Qualifier name="Field Variable">Temperature</Qualifier> + <Qualifier name="Default Data">22</Qualifier> + <Qualifier name="Upper Limit">31.5</Qualifier> + <Qualifier name="Lower Limit">10.5</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr9"> + <Data format="string">-</Data> + <Qualifier name="Behavior">Isotropic</Qualifier> + <Qualifier name="Field Variable Compatible">Temperature</Qualifier> + <Qualifier name="Localized Name">Isotropic Thermal Conductivity</Qualifier> + <ParameterValue parameter="pa6" format="string"> + <Data>Interpolation Options</Data> + <Qualifier name="AlgorithmType">Linear Multivariate (Qhull)</Qualifier> + <Qualifier name="Normalized">True</Qualifier> + <Qualifier name="Cached">True</Qualifier> + <Qualifier name="ExtrapolationType">Projection to the Bounding Box</Qualifier> + <Qualifier name="Localized Name">Interpolation Options</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa14" format="float"> + <Data>60.5</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Thermal Conductivity</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa8" format="float"> + <Data>21</Data> + <Qualifier name="Variable Type">Independent</Qualifier> + <Qualifier name="Localized Name">Temperature</Qualifier> + <Qualifier name="Field Variable">Temperature</Qualifier> + <Qualifier name="Default Data">22</Qualifier> + <Qualifier name="Upper Limit">31.5</Qualifier> + <Qualifier name="Lower Limit">10.5</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr10"> + <Data format="string">-</Data> + <Qualifier name="Interpolation">Log-Log</Qualifier> + <Qualifier name="Field Variable Compatible">Mean Stress</Qualifier> + <Qualifier name="Localized Name">S-N Curve</Qualifier> + <ParameterValue parameter="pa15" format="float"> + <Data>3999000000,2827000000,1896000000,1413000000,1069000000,441000000,262000000,214000000,138000000,114000000,86200000</Data> + <Qualifier name="Variable Type">Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent</Qualifier> + <Qualifier name="Localized Name">Alternating Stress</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa16" format="float"> + <Data>10,20,50,100,200,2000,10000,20000,100000,200000,1000000</Data> + <Qualifier name="Variable Type">Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent</Qualifier> + <Qualifier name="Localized Name">Cycles</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa17" format="float"> + <Data>0,0,0,0,0,0,0,0,0,0,0</Data> + <Qualifier name="Variable Type">Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent</Qualifier> + <Qualifier name="Localized Name">Mean Stress</Qualifier> + <Qualifier name="Field Variable">Mean Stress</Qualifier> + <Qualifier name="Default Data">0</Qualifier> + <Qualifier name="Upper Limit">0.5</Qualifier> + <Qualifier name="Lower Limit">-0.5</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr11"> + <Data format="string">-</Data> + <Qualifier name="Display Curve Type">Strain-Life</Qualifier> + <Qualifier name="Localized Name">Strain-Life Parameters</Qualifier> + <ParameterValue parameter="pa18" format="float"> + <Data>920000000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Strength Coefficient</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa19" format="float"> + <Data>-0.106</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Strength Exponent</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa20" format="float"> + <Data>0.213</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Ductility Coefficient</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa21" format="float"> + <Data>-0.47</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Ductility Exponent</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa22" format="float"> + <Data>1000000000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Cyclic Strength Coefficient</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa23" format="float"> + <Data>0.2</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Cyclic Strain Hardening Exponent</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr12"> + <Data format="string">-</Data> + <Qualifier name="Behavior">Isotropic</Qualifier> + <Qualifier name="Localized Name">Isotropic Resistivity</Qualifier> + <ParameterValue parameter="pa24" format="float"> + <Data>1.7e-07</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Resistivity</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa8" format="float"> + <Data>7.88860905221012e-31</Data> + <Qualifier name="Variable Type">Independent</Qualifier> + <Qualifier name="Localized Name">Temperature</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr13"> + <Data format="string">-</Data> + <Qualifier name="Behavior">Isotropic</Qualifier> + <Qualifier name="Derive from">Young's Modulus and Poisson's Ratio</Qualifier> + <Qualifier name="Field Variable Compatible">Temperature</Qualifier> + <Qualifier name="Localized Name">Isotropic Elasticity</Qualifier> + <ParameterValue parameter="pa6" format="string"> + <Data>Interpolation Options</Data> + <Qualifier name="AlgorithmType">Linear Multivariate (Qhull)</Qualifier> + <Qualifier name="Normalized">True</Qualifier> + <Qualifier name="Cached">True</Qualifier> + <Qualifier name="ExtrapolationType">Projection to the Bounding Box</Qualifier> + <Qualifier name="Localized Name">Interpolation Options</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa25" format="float"> + <Data>200000000000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Young's Modulus</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa26" format="float"> + <Data>0.3</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Poisson's Ratio</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa27" format="float"> + <Data>166666666666.667</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Bulk Modulus</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa28" format="float"> + <Data>76923076923.0769</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Shear Modulus</Qualifier> + </ParameterValue> + <ParameterValue parameter="pa8" format="float"> + <Data>7.88860905221012e-31</Data> + <Qualifier name="Variable Type">Independent</Qualifier> + <Qualifier name="Localized Name">Temperature</Qualifier> + <Qualifier name="Field Variable">Temperature</Qualifier> + <Qualifier name="Default Data">22</Qualifier> + <Qualifier name="Upper Limit">31.5</Qualifier> + <Qualifier name="Lower Limit">10.5</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr14"> + <Data format="string">-</Data> + <Qualifier name="Behavior">Isotropic</Qualifier> + <Qualifier name="Localized Name">Isotropic Relative Permeability</Qualifier> + <ParameterValue parameter="pa29" format="float"> + <Data>10000</Data> + <Qualifier name="Variable Type">Dependent</Qualifier> + <Qualifier name="Localized Name">Relative Permeability</Qualifier> + </ParameterValue> + </PropertyData> + <PropertyData property="pr15"> + <Data format="string">-</Data> + <Qualifier name="guid">59002a79-71c2-428e-906b-55d7dbee100e</Qualifier> + <Qualifier name="Localized Name">Material Unique Id</Qualifier> + <Qualifier name="Display">False</Qualifier> + </PropertyData> + <PropertyData property="pr16"> + <Data format="string">-</Data> + <Qualifier name="Temperature">Temperature:TEMP</Qualifier> + <Qualifier name="Mean Stress">Mean Stress:</Qualifier> + <Qualifier name="Localized Name">Field Variable</Qualifier> + </PropertyData> + </BulkDetails> + </Material> + <Metadata> + <ParameterDetails id="pa0"> + <Name>Red</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa1"> + <Name>Green</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa2"> + <Name>Blue</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa3"> + <Name>Material Property</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa4"> + <Name>Compressive Ultimate Strength</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa5"> + <Name>Compressive Yield Strength</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa6"> + <Name>Options Variable</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa7"> + <Name>Density</Name> + <Units name="Density"> + <Unit> + <Name>kg</Name> + </Unit> + <Unit power="-3"> + <Name>m</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa8"> + <Name>Temperature</Name> + <Units name="Temperature"> + <Unit> + <Name>C</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa9"> + <Name>Tensile Yield Strength</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa10"> + <Name>Tensile Ultimate Strength</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa11"> + <Name>Coefficient of Thermal Expansion</Name> + <Units name="InvTemp1"> + <Unit power="-1"> + <Name>C</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa12"> + <Name>Zero-Thermal-Strain Reference Temperature</Name> + <Units name="Temperature"> + <Unit> + <Name>C</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa13"> + <Name>Specific Heat</Name> + <Units name="Specific Heat Capacity"> + <Unit> + <Name>J</Name> + </Unit> + <Unit power="-1"> + <Name>kg</Name> + </Unit> + <Unit power="-1"> + <Name>C</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa14"> + <Name>Thermal Conductivity</Name> + <Units name="Thermal Conductivity"> + <Unit> + <Name>W</Name> + </Unit> + <Unit power="-1"> + <Name>m</Name> + </Unit> + <Unit power="-1"> + <Name>C</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa15"> + <Name>Alternating Stress</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa16"> + <Name>Cycles</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa17"> + <Name>Mean Stress</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa18"> + <Name>Strength Coefficient</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa19"> + <Name>Strength Exponent</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa20"> + <Name>Ductility Coefficient</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa21"> + <Name>Ductility Exponent</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa22"> + <Name>Cyclic Strength Coefficient</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa23"> + <Name>Cyclic Strain Hardening Exponent</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa24"> + <Name>Resistivity</Name> + <Units name="Electrical Resistivity"> + <Unit> + <Name>kg</Name> + </Unit> + <Unit power="3"> + <Name>m</Name> + </Unit> + <Unit power="-2"> + <Name>A</Name> + </Unit> + <Unit power="-3"> + <Name>s</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa25"> + <Name>Young's Modulus</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa26"> + <Name>Poisson's Ratio</Name> + <Unitless /> + </ParameterDetails> + <ParameterDetails id="pa27"> + <Name>Bulk Modulus</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa28"> + <Name>Shear Modulus</Name> + <Units name="Stress"> + <Unit> + <Name>Pa</Name> + </Unit> + </Units> + </ParameterDetails> + <ParameterDetails id="pa29"> + <Name>Relative Permeability</Name> + <Unitless /> + </ParameterDetails> + <PropertyDetails id="pr0"> + <Unitless /> + <Name>Color</Name> + </PropertyDetails> + <PropertyDetails id="pr1"> + <Unitless /> + <Name>Compressive Ultimate Strength</Name> + </PropertyDetails> + <PropertyDetails id="pr2"> + <Unitless /> + <Name>Compressive Yield Strength</Name> + </PropertyDetails> + <PropertyDetails id="pr3"> + <Unitless /> + <Name>Density</Name> + </PropertyDetails> + <PropertyDetails id="pr4"> + <Unitless /> + <Name>Tensile Yield Strength</Name> + </PropertyDetails> + <PropertyDetails id="pr5"> + <Unitless /> + <Name>Tensile Ultimate Strength</Name> + </PropertyDetails> + <PropertyDetails id="pr6"> + <Unitless /> + <Name>Coefficient of Thermal Expansion</Name> + </PropertyDetails> + <PropertyDetails id="pr7"> + <Unitless /> + <Name>Zero-Thermal-Strain Reference Temperature</Name> + </PropertyDetails> + <PropertyDetails id="pr8"> + <Unitless /> + <Name>Specific Heat</Name> + </PropertyDetails> + <PropertyDetails id="pr9"> + <Unitless /> + <Name>Thermal Conductivity</Name> + </PropertyDetails> + <PropertyDetails id="pr10"> + <Unitless /> + <Name>S-N Curve</Name> + </PropertyDetails> + <PropertyDetails id="pr11"> + <Unitless /> + <Name>Strain-Life Parameters</Name> + </PropertyDetails> + <PropertyDetails id="pr12"> + <Unitless /> + <Name>Resistivity</Name> + </PropertyDetails> + <PropertyDetails id="pr13"> + <Unitless /> + <Name>Elasticity</Name> + </PropertyDetails> + <PropertyDetails id="pr14"> + <Unitless /> + <Name>Relative Permeability</Name> + </PropertyDetails> + <PropertyDetails id="pr15"> + <Unitless /> + <Name>Material Unique Id</Name> + </PropertyDetails> + <PropertyDetails id="pr16"> + <Unitless /> + <Name>Field Variable</Name> + </PropertyDetails> + </Metadata> + </MatML_Doc> + </Materials> + <ANSYSWBTransferData> + <Materials> + <Material> + <Name>Structural Steel</Name> + <DataTransferID>4ec56f47-8199-4eb1-be69-2b4c278b65b5</DataTransferID> + <PreviousTransferIDs> + </PreviousTransferIDs> + </Material> + </Materials> + </ANSYSWBTransferData> +</EngineeringData>
\ No newline at end of file diff --git a/simulations/structural steel_files/dp0/global/MECH/SYS.mechdb b/simulations/structural steel_files/dp0/global/MECH/SYS.mechdb Binary files differnew file mode 100644 index 0000000..d24dc0d --- /dev/null +++ b/simulations/structural steel_files/dp0/global/MECH/SYS.mechdb |