From 2292e547b9557a649f73fc968096c4e16711257a Mon Sep 17 00:00:00 2001 From: abel Date: Sat, 1 Feb 2025 11:42:53 +0100 Subject: veel dingen van afgelopen maanden alles wat ik afgelopen maanden gedaan heb --- sim/sim_files/dp0/ENGD-1/ENGD/EngineeringData.xml | 457 +++++++++---------- sim/sim_files/dp0/ENGD-1/ENGD/material.engd | 525 +++++++++++----------- 2 files changed, 465 insertions(+), 517 deletions(-) (limited to 'sim/sim_files/dp0/ENGD-1/ENGD') diff --git a/sim/sim_files/dp0/ENGD-1/ENGD/EngineeringData.xml b/sim/sim_files/dp0/ENGD-1/ENGD/EngineeringData.xml index b71f2e2..aed27a7 100644 --- a/sim/sim_files/dp0/ENGD-1/ENGD/EngineeringData.xml +++ b/sim/sim_files/dp0/ENGD-1/ENGD/EngineeringData.xml @@ -6,15 +6,20 @@ - Structural Steel - Fatigue Data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1 + Aluminum alloy, wrought, 6061, T6 + Aluminum, 6061, T6, wrought +<br><br>Data compiled by <exta href="https://www.ansys.com/products/materials">Ansys Granta</exta>, incorporating various sources including JAHM and MagWeb. +<br>ANSYS, Inc. provides no warranty for this data. - Alloy + Metals - non-ferrous + + Aluminum alloys + - - 132 + 234 Dependent 0 1 @@ -22,7 +27,7 @@ - 139 + 234 Dependent 0 1 @@ -30,7 +35,7 @@ - 179 + 234 Dependent 0 1 @@ -44,21 +49,29 @@ - - 0 + 1 Dependent - 0 [Pa] + 0 1 - Pa + + + + + Appearance - - 250000000 + 1 Dependent - 0 [Pa] + 0 1 - Pa + + + + + Appearance @@ -72,20 +85,20 @@ Projection to the Bounding Box - 7850 + 2713 Dependent 0 [kg m^-3] 1 kg m^-3 - 7.88860905221012e-31 + 23 Independent 0 [C] 1 C Temperature - 22 + 23 C Program Controlled Program Controlled @@ -93,25 +106,93 @@ - + Isotropic + Young's Modulus and Poisson's Ratio + Temperature + + Interpolation Options + Linear Multivariate (Qhull) + True + True + Projection to the Bounding Box + - 250000000 + 69040000000 Dependent 0 [Pa] 1 Pa + + 0.33 + Dependent + 0 + 1 + + + + + 67686274509.8039 + Dependent + 0 [Pa] + 1 + Pa + + + 25954887218.0451 + Dependent + 0 [Pa] + 1 + Pa + + + 23 + Independent + 0 [C] + 1 + C + Temperature + 23 + C + Program Controlled + Program Controlled + - - - 460000000 + + 259200000 Dependent 0 [Pa] 1 Pa + + 23 + Independent + 0 [C] + 1 + C + + - + + 313100000 + Dependent + 0 [Pa] + 1 + Pa + + + 23 + Independent + 0 [C] + 1 + C + + + - Secant Isotropic @@ -123,32 +204,32 @@ True Projection to the Bounding Box - - 1.2e-05 + + 2.278e-05 Dependent 0 [C^-1] 1 C^-1 - 7.88860905221012e-31 + 23 Independent 0 [C] 1 C Temperature - 22 + 23 C Program Controlled Program Controlled - + - Secant Isotropic - - 22 + + 20 Dependent 0 [C] 1 @@ -158,11 +239,10 @@ Coefficient of Thermal Expansion - + - - Constant Pressure + Isotropic Temperature - Cᵨ Interpolation Options Linear Multivariate (Qhull) @@ -170,29 +250,30 @@ True Projection to the Bounding Box - - 434 + + 155.3 Dependent - 0 [J kg^-1 C^-1] + 0 [W m^-1 C^-1] 1 - J kg^-1 C^-1 + W m^-1 C^-1 - 7.88860905221012e-31 + 23 Independent 0 [C] 1 C Temperature - 22 + 23 C Program Controlled Program Controlled - + - - Isotropic + Constant Pressure + Cᵨ Temperature Interpolation Options @@ -201,184 +282,68 @@ True Projection to the Bounding Box - - 60.5 + + 915.7 Dependent - 0 [W m^-1 C^-1] + 0 [J kg^-1 C^-1] 1 - W m^-1 C^-1 + J kg^-1 C^-1 - 21 + 23 Independent 0 [C] 1 C Temperature - 22 + 23 C Program Controlled Program Controlled - - - - Log-Log - Mean Stress - - 3999000000,2827000000,1896000000,1413000000,1069000000,441000000,262000000,214000000,138000000,114000000,86200000 - Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent - 0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa] - 1,1,1,1,1,1,1,1,1,1,1 - Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa - - - 10,20,50,100,200,2000,10000,20000,100000,200000,1000000 - Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent - 0,0,0,0,0,0,0,0,0,0,0 - 1,1,1,1,1,1,1,1,1,1,1 - ,,,,,,,,,, - - - 0,0,0,0,0,0,0,0,0,0,0 - Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent - 0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa],0 [Pa] - 1,1,1,1,1,1,1,1,1,1,1 - Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa,Pa - Mean Stress - 0 - Pa - Program Controlled - Program Controlled - - - - - Strain-Life - - 920000000 - Dependent - 0 [Pa] - 1 - Pa - - - -0.106 - Dependent - 0 - 1 - - - - - 0.213 - Dependent - 0 - 1 - - - - - -0.47 - Dependent - 0 - 1 - - - - - 1000000000 - Dependent - 0 [Pa] - 1 - Pa - - - 0.2 - Dependent - 0 - 1 - - - - - - Isotropic - - 1.7e-07 + + 3.999e-08 Dependent 0 [ohm m] 1 ohm m - 7.88860905221012e-31 + 23 Independent 0 [C] 1 C - + - - Isotropic - Young's Modulus and Poisson's Ratio - Temperature - - Interpolation Options - Linear Multivariate (Qhull) - True - True - Projection to the Bounding Box - - - 200000000000 - Dependent - 0 [Pa] - 1 - Pa - - - 0.3 - Dependent - 0 - 1 - - - - - 166666666666.667 + + 9.137 Dependent - 0 [Pa] + 0 [kg/kg] 1 - Pa + kg/kg - - 76923076923.0769 + + + - + + 126500000 Dependent - 0 [Pa] + 0 [J/kg] 1 - Pa - - - 7.88860905221012e-31 - Independent - 0 [C] - 1 - C - Temperature - 22 - C - Program Controlled - Program Controlled + J/kg - - Isotropic - - 10000 + + 1 Dependent 0 1 @@ -388,7 +353,31 @@ - - 59002a79-71c2-428e-906b-55d7dbee100e + False + False + + + - + ed9554a2-d63e-499f-b44e-ac0ee792b988 + False + + + - + 3 + 1 + Main + ed9554a2-d63e-499f-b44e-ac0ee792b988 + ed9554a2-d63e-499f-b44e-ac0ee792b988 + 4E957B12-2E45-44E6-9185-4C722C2A9A78 + 0 + True + False + + + - + Aluminum alloy + Solid + true False @@ -407,12 +396,10 @@ Material Property - Compressive Ultimate Strength - + Opacity - Compressive Yield Strength - + Metallic Finish Options Variable @@ -426,138 +413,124 @@ - Tensile Yield Strength + Young's Modulus - Tensile Ultimate Strength - + Poisson's Ratio - Coefficient of Thermal Expansion - + Bulk Modulus + - Zero-Thermal-Strain Reference Temperature - + Shear Modulus + - Specific Heat - + Tensile Yield Strength + - Thermal Conductivity - + Tensile Ultimate Strength + - Alternating Stress - + Coefficient of Thermal Expansion + - Cycles + Zero-Thermal-Strain Reference Temperature + - Mean Stress - + Thermal Conductivity + - Strength Coefficient - + Specific Heat + - Strength Exponent + Resistivity + - Ductility Coefficient + Climate change CO2-eq + - Ductility Exponent + Embodied energy + - Cyclic Strength Coefficient - - - - Cyclic Strain Hardening Exponent - - - Resistivity - - - - Young's Modulus - - - - Poisson's Ratio - - - Bulk Modulus - - - - Shear Modulus - - - - Relative Permeability + Recycle Color - Compressive Ultimate Strength + Opacity - Compressive Yield Strength + Metallic Finish Density - Tensile Yield Strength + Elasticity - Tensile Ultimate Strength + Tensile Yield Strength - Coefficient of Thermal Expansion + Tensile Ultimate Strength - Zero-Thermal-Strain Reference Temperature + Coefficient of Thermal Expansion - Specific Heat + Zero-Thermal-Strain Reference Temperature Thermal Conductivity - S-N Curve + Specific Heat - Strain-Life Parameters + Resistivity - Resistivity + Climate change CO2-eq - Elasticity + Embodied energy - Relative Permeability + Recycle + Compatibility Info + + Material Unique Id + + Granta material details + + + State Info + - Structural Steel - 4ec56f47-8199-4eb1-be69-2b4c278b65b5 + Aluminum alloy, wrought, 6061, T6 + fcca6b4b-6235-4b2d-807f-f35620a5d6d7 diff --git a/sim/sim_files/dp0/ENGD-1/ENGD/material.engd b/sim/sim_files/dp0/ENGD-1/ENGD/material.engd index cc078cb..b4c98c2 100644 --- a/sim/sim_files/dp0/ENGD-1/ENGD/material.engd +++ b/sim/sim_files/dp0/ENGD-1/ENGD/material.engd @@ -4,28 +4,33 @@ - + - Structural Steel - Fatigue Data at zero mean stress comes from 1998 ASME BPV Code, Section 8, Div 2, Table 5-110.1 + Aluminum alloy, wrought, 6061, T6 + Aluminum, 6061, T6, wrought +<br><br>Data compiled by <exta href="https://www.ansys.com/products/materials">Ansys Granta</exta>, incorporating various sources including JAHM and MagWeb. +<br>ANSYS, Inc. provides no warranty for this data. - Alloy + Metals - non-ferrous + + Aluminum alloys + - Color - 132 + 234 Dependent Red - 139 + 234 Dependent Green - 179 + 234 Dependent Blue @@ -35,20 +40,26 @@ - - Compressive Ultimate Strength + Opacity - 0 + 1 Dependent - Compressive Ultimate Strength + Opacity + + + Appearance - - Compressive Yield Strength + Metallic Finish - 250000000 + 1 Dependent - Compressive Yield Strength + Metallic Finish + + + Appearance @@ -64,39 +75,93 @@ Interpolation Options - 7850 + 2713 Dependent Density - 7.88860905221012e-31 + 23 Independent Temperature Temperature - 22 - 31.5 - 10.5 + 23 + 34.5 + 11.5 - - Tensile Yield Strength + Isotropic + Young's Modulus and Poisson's Ratio + Temperature + Isotropic Elasticity + + Interpolation Options + Linear Multivariate (Qhull) + True + True + Projection to the Bounding Box + Interpolation Options + - 250000000 + 69040000000 Dependent - Tensile Yield Strength + Young's Modulus + + + 0.33 + Dependent + Poisson's Ratio + + + 67686274509.8039 + Dependent + Bulk Modulus + + + 25954887218.0451 + Dependent + Shear Modulus + + + 23 + Independent + Temperature + Temperature + 23 + 34.5 + 11.5 + - + Tensile Yield Strength + + 259200000 + Dependent + Tensile Yield Strength + + + 23 + Independent + Temperature + + + - Tensile Ultimate Strength - - 460000000 + + 313100000 Dependent Tensile Ultimate Strength + + 23 + Independent + Temperature + - + - Secant Isotropic @@ -110,28 +175,28 @@ Projection to the Bounding Box Interpolation Options - - 1.2e-05 + + 2.278e-05 Dependent Coefficient of Thermal Expansion - 7.88860905221012e-31 + 23 Independent Temperature Temperature - 22 - 31.5 - 10.5 + 23 + 34.5 + 11.5 - + - Secant Isotropic Isotropic Zero-Thermal-Strain Reference Temperature Secant - - 22 + + 20 Dependent Zero-Thermal-Strain Reference Temperature @@ -139,12 +204,11 @@ Coefficient of Thermal Expansion - + - - Constant Pressure + Isotropic Temperature - Cᵨ - Specific Heat Constant Pressure + Isotropic Thermal Conductivity Interpolation Options Linear Multivariate (Qhull) @@ -153,26 +217,27 @@ Projection to the Bounding Box Interpolation Options - - 434 + + 155.3 Dependent - Specific Heat + Thermal Conductivity - 7.88860905221012e-31 + 23 Independent Temperature Temperature - 22 - 31.5 - 10.5 + 23 + 34.5 + 11.5 - + - - Isotropic + Constant Pressure + Cᵨ Temperature - Isotropic Thermal Conductivity + Specific Heat Constant Pressure Interpolation Options Linear Multivariate (Qhull) @@ -181,160 +246,99 @@ Projection to the Bounding Box Interpolation Options - - 60.5 + + 915.7 Dependent - Thermal Conductivity + Specific Heat - 21 + 23 Independent Temperature Temperature - 22 - 31.5 - 10.5 - - - - - - Log-Log - Mean Stress - S-N Curve - - 3999000000,2827000000,1896000000,1413000000,1069000000,441000000,262000000,214000000,138000000,114000000,86200000 - Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent,Dependent - Alternating Stress - - - 10,20,50,100,200,2000,10000,20000,100000,200000,1000000 - Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent - Cycles - - - 0,0,0,0,0,0,0,0,0,0,0 - Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent,Independent - Mean Stress - Mean Stress - 0 - 0.5 - -0.5 + 23 + 34.5 + 11.5 - - - Strain-Life - Strain-Life Parameters - - 920000000 - Dependent - Strength Coefficient - - - -0.106 - Dependent - Strength Exponent - - - 0.213 - Dependent - Ductility Coefficient - - - -0.47 - Dependent - Ductility Exponent - - - 1000000000 - Dependent - Cyclic Strength Coefficient - - - 0.2 - Dependent - Cyclic Strain Hardening Exponent - - - - Isotropic Isotropic Resistivity - - 1.7e-07 + + 3.999e-08 Dependent Resistivity - 7.88860905221012e-31 + 23 Independent Temperature - + - - Isotropic - Young's Modulus and Poisson's Ratio - Temperature - Isotropic Elasticity - - Interpolation Options - Linear Multivariate (Qhull) - True - True - Projection to the Bounding Box - Interpolation Options - - - 200000000000 - Dependent - Young's Modulus - - - 0.3 - Dependent - Poisson's Ratio - - - 166666666666.667 + Climate change CO2-eq + + 9.137 Dependent - Bulk Modulus + Climate change CO2-eq - - 76923076923.0769 + + + - + Embodied energy + + 126500000 Dependent - Shear Modulus - - - 7.88860905221012e-31 - Independent - Temperature - Temperature - 22 - 31.5 - 10.5 + Embodied energy - - Isotropic - Isotropic Relative Permeability - - 10000 + Recycle + + 1 Dependent - Relative Permeability + Recycle - - 59002a79-71c2-428e-906b-55d7dbee100e - Material Unique Id + False + Compatibility Info False + - + ed9554a2-d63e-499f-b44e-ac0ee792b988 + Material Unique Id + False + + + - + 3 + 1 + Main + ed9554a2-d63e-499f-b44e-ac0ee792b988 + ed9554a2-d63e-499f-b44e-ac0ee792b988 + 4E957B12-2E45-44E6-9185-4C722C2A9A78 + 0 + True + Granta material details + False + + + - + Aluminum alloy + Solid + true + State Info + False + + - Temperature:TEMP - Mean Stress: Field Variable @@ -357,20 +361,12 @@ - Compressive Ultimate Strength - - - Pa - - + Opacity + - Compressive Yield Strength - - - Pa - - + Metallic Finish + Options Variable @@ -396,7 +392,7 @@ - Tensile Yield Strength + Young's Modulus Pa @@ -404,44 +400,58 @@ - Tensile Ultimate Strength + Poisson's Ratio + + + + Bulk Modulus Pa - - Coefficient of Thermal Expansion - - - C + + Shear Modulus + + + Pa - - Zero-Thermal-Strain Reference Temperature - + + Tensile Yield Strength + - C + Pa - - Specific Heat - + + Tensile Ultimate Strength + - J + Pa + + + + Coefficient of Thermal Expansion + - kg + C - + + + + Zero-Thermal-Strain Reference Temperature + + C - + Thermal Conductivity @@ -455,59 +465,21 @@ - - Alternating Stress - + + Specific Heat + - Pa + J - - - - Cycles - - - - Mean Stress - - - Pa + + kg - - - - Strength Coefficient - - - Pa + + C - Strength Exponent - - - - Ductility Coefficient - - - - Ductility Exponent - - - - Cyclic Strength Coefficient - - - Pa - - - - - Cyclic Strain Hardening Exponent - - - Resistivity @@ -524,36 +496,27 @@ - - Young's Modulus - + + Climate change CO2-eq + - Pa + dBA - - Poisson's Ratio - - - - Bulk Modulus - + + Embodied energy + - Pa + J - - - - Shear Modulus - - - Pa + + kg - - Relative Permeability + + Recycle @@ -562,11 +525,11 @@ - Compressive Ultimate Strength + Opacity - Compressive Yield Strength + Metallic Finish @@ -574,23 +537,23 @@ - Tensile Yield Strength + Elasticity - Tensile Ultimate Strength + Tensile Yield Strength - Coefficient of Thermal Expansion + Tensile Ultimate Strength - Zero-Thermal-Strain Reference Temperature + Coefficient of Thermal Expansion - Specific Heat + Zero-Thermal-Strain Reference Temperature @@ -598,29 +561,41 @@ - S-N Curve + Specific Heat - Strain-Life Parameters + Resistivity - Resistivity + Climate change CO2-eq - Elasticity + Embodied energy - Relative Permeability + Recycle - Material Unique Id + Compatibility Info + + Material Unique Id + + + + Granta material details + + + + State Info + + Field Variable @@ -630,8 +605,8 @@ - Structural Steel - 4ec56f47-8199-4eb1-be69-2b4c278b65b5 + Aluminum alloy, wrought, 6061, T6 + fcca6b4b-6235-4b2d-807f-f35620a5d6d7 -- cgit v1.2.3