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. Metals - non-ferrous Aluminum alloys - Color 234 Dependent Red 234 Dependent Green 234 Dependent Blue Appearance - Opacity 1 Dependent Opacity Appearance - Metallic Finish 1 Dependent Metallic Finish Appearance - Temperature Density Interpolation Options Linear Multivariate (Qhull) True True Projection to the Bounding Box Interpolation Options 2713 Dependent Density 23 Independent Temperature Temperature 23 34.5 11.5 C - 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 69040000000 Dependent 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 C - Tensile Yield Strength 259200000 Dependent Tensile Yield Strength 23 Independent Temperature - Tensile Ultimate Strength 313100000 Dependent Tensile Ultimate Strength 23 Independent Temperature - Secant Isotropic Temperature Isotropic Secant Coefficient of Thermal Expansion Interpolation Options Linear Multivariate (Qhull) True True Projection to the Bounding Box Interpolation Options 2.278e-05 Dependent Coefficient of Thermal Expansion 23 Independent Temperature Temperature 23 34.5 11.5 C - Secant Isotropic Isotropic Zero-Thermal-Strain Reference Temperature Secant 20 Dependent Zero-Thermal-Strain Reference Temperature Coefficient of Thermal Expansion - Isotropic Temperature Isotropic Thermal Conductivity Interpolation Options Linear Multivariate (Qhull) True True Projection to the Bounding Box Interpolation Options 155.3 Dependent Thermal Conductivity 23 Independent Temperature Temperature 23 34.5 11.5 C - Constant Pressure Temperature Cᵨ Specific Heat Constant Pressure Interpolation Options Linear Multivariate (Qhull) True True Projection to the Bounding Box Interpolation Options 915.7 Dependent Specific Heat 23 Independent Temperature Temperature 23 34.5 11.5 C - Isotropic Isotropic Resistivity 3.999e-08 Dependent Resistivity 23 Independent Temperature - Climate change CO2-eq 9.137 Dependent Climate change CO2-eq - Embodied energy 126500000 Dependent Embodied energy - Recycle 1 Dependent Recycle - 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 Field Variable Red Green Blue Material Property Opacity Metallic Finish Options Variable Density kg m Temperature C Young's Modulus Pa Poisson's Ratio Bulk Modulus Pa Shear Modulus Pa Tensile Yield Strength Pa Tensile Ultimate Strength Pa Coefficient of Thermal Expansion C Zero-Thermal-Strain Reference Temperature C Thermal Conductivity W m C Specific Heat J kg C Resistivity kg m A s Climate change CO2-eq dBA Embodied energy J kg Recycle Color Opacity Metallic Finish Density Elasticity Tensile Yield Strength Tensile Ultimate Strength Coefficient of Thermal Expansion Zero-Thermal-Strain Reference Temperature Thermal Conductivity Specific Heat Resistivity Climate change CO2-eq Embodied energy Recycle Compatibility Info Material Unique Id Granta material details State Info Field Variable Aluminum alloy, wrought, 6061, T6 fcca6b4b-6235-4b2d-807f-f35620a5d6d7