EN 10149-2:2013 Steel Properties

The below table outlines the material properties for EN 10149-2:2013 material including the young's modulus, yield strength, ultimate strength and other relevant mechanical properties required for structural and mechanical design.

EN 10149-2:2013 Young's Modulus

The Young's Modulus of EN 10149-2:2013 is 210,000 MPa.

EN 10149-2:2013 Ultimate Strength

The Ultimate Strength of EN 10149-2:2013 ranges between 390 and 980 MPa.

EN 10149-2:2013 Yield Strength

The Yield Strength of EN 10149-2:2013 ranges between 315 and 960 MPa depending on the material grade. See the below tables to get your specific material grade material strength.

EN 10149-2:2013 Shear Modulus

The Shear Modulus of EN 10149-2:2013 is 80,769.2 MPa.

Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C315 MPa390 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C355 MPa430 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C420 MPa480 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C460 MPa520 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C500 MPa550 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C550 MPa600 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C600 MPa650 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C650 MPa700 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C700 MPa750 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C900 MPa930 MPa
Unit System Young's Modulus, E Shear Modulus, G Poisson's Ratio, ν Density, ρ Thermal Expansion Coef., α Yield Strength, Fy Ultimate Strength, Fu
Metric210,000 MPa80,769.2 MPa0.3 7,850 kg/m312 1/°C960 MPa980 MPa
EN 10028-6:2017 Steel Properties EN 10149-3:2013 Steel Properties