AISI 1010 Steel, cold drawn 0.2900 Poisson's Ratio 2.050e+11 Young's Modulus 7870 Density 0.00001220 Thermal Expansion 3.050e+8 Tensile Yield Strength 3.650e+8 Tensile Ultimate Strength 49.80 Thermal Conductivity 448.0 Specific Heat 1.430e-7 Resistivity 8.000e+10 Shear Modulus Poisson's Ratio ~ Young's Modulus Pa Density kg m m m Thermal Expansion C Tensile Yield Strength Pa Tensile Ultimate Strength Pa Thermal Conductivity W m C Specific Heat J kg C Resistivity m m m kg sec sec sec A A Shear Modulus Pa AISI 1015 Steel, as rolled 0.2900 Poisson's Ratio 2.000e+11 Young's Modulus 7870 Density 0.00001215 Thermal Expansion 3.150e+8 Tensile Yield Strength 4.200e+8 Tensile Ultimate Strength 51.90 Thermal Conductivity 486.0 Specific Heat 1.590e-7 Resistivity 8.000e+10 Shear Modulus Poisson's Ratio ~ Young's Modulus Pa Density kg m m m Thermal Expansion C Tensile Yield Strength Pa Tensile Ultimate Strength Pa Thermal Conductivity W m C Specific Heat J kg C Resistivity m m m kg sec sec sec A A Shear Modulus Pa Aluminum 355.0-T7, Sand Cast 0.3300 Poisson's Ratio 7.030e+10 Young's Modulus 2710 Density 0.00002232 Thermal Expansion 2.500e+8 Tensile Yield Strength 2.600e+8 Compressive Yield Strength 2.413e+8 Tensile Ultimate Strength 2.600e+8 Compressive Ultimate Strength 163.2 Thermal Conductivity 963.0 Specific Heat 4.100e-8 Resistivity 2.620e+10 Shear Modulus Poisson's Ratio ~ Young's Modulus Pa Density kg m m m Thermal Expansion C Tensile Yield Strength Pa Compressive Yield Strength Pa Tensile Ultimate Strength Pa Compressive Ultimate Strength Pa Thermal Conductivity W m C Specific Heat J kg C Resistivity m m m kg sec sec sec A A Shear Modulus Pa Beryllium, Be 0.1250 Poisson's Ratio 3.030e+11 Young's Modulus 1844 Density 0.00001150 Thermal Expansion 2.400e+8 Tensile Yield Strength 2.700e+8 Compressive Yield Strength 3.700e+8 Tensile Ultimate Strength 2.700e+8 Compressive Ultimate Strength 216.0 Thermal Conductivity 1925 Specific Heat 4.300e-8 Resistivity 1.350e+11 Shear Modulus Poisson's Ratio ~ Young's Modulus Pa Density kg m m m Thermal Expansion C Tensile Yield Strength Pa Compressive Yield Strength Pa Tensile Ultimate Strength Pa Compressive Ultimate Strength Pa Thermal Conductivity W m C Specific Heat J kg C Resistivity m m m kg sec sec sec A A Shear Modulus Pa MRC Polymers NAXALOY™ 770A2 750 PC/ABS Blend. EZ Flow, Heat Resistance 1130 Density 5.500e+7 Tensile Yield Strength Density kg m m m Tensile Yield Strength Pa Overview of materials for Polycarbonate, Molded 4.692e+9 Young's Modulus 1245 Density 0.00006055 Thermal Expansion 1.140e+8 Tensile Yield Strength 5.209e+7 Compressive Yield Strength 8.705e+7 Tensile Ultimate Strength 5.209e+7 Compressive Ultimate Strength 0.1968 Thermal Conductivity 1450 Specific Heat 5.000e+14 Resistivity Young's Modulus Pa Density kg m m m Thermal Expansion C Tensile Yield Strength Pa Compressive Yield Strength Pa Tensile Ultimate Strength Pa Compressive Ultimate Strength Pa Thermal Conductivity W m C Specific Heat J kg C Resistivity m m m kg sec sec sec A A