How to Calculate Yield strength from distortion energy theorem?
Yield strength from distortion energy theorem calculator uses Tensile Yield Strength=sqrt(0.5*((((Principal Axis 1-Principal stress 2)^2)+((Principal stress 2-Principal stress 3)^2)+((Principal stress 3-First principal stress)^2)))) to calculate the Tensile Yield Strength, The Yield strength from distortion energy theorem formula is defined as the square root of half of the sum of squares of differences of principal stresses. Tensile Yield Strength and is denoted by S_{yt} symbol.
How to calculate Yield strength from distortion energy theorem using this online calculator? To use this online calculator for Yield strength from distortion energy theorem, enter Principal Axis 1 (c _{1}), Principal stress 2 (σ_{2}), Principal stress 3 (σ_{3}) and First principal stress (σ) and hit the calculate button. Here is how the Yield strength from distortion energy theorem calculation can be explained with given input values -> 5.656854 = sqrt(0.5*((((2-10)^2)+((10-10)^2)+((10-10)^2)))).