Who can find the octahedral stresses for my problem?
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Based on the problem of a specific material’s toughness, you could use advanced technologies like finite element analysis (FEA) to analyze the material’s internal stress distribution and to determine the octahedral stresses. Using numerical analysis, the software would compute the octahedral stress and the corresponding strain as a function of stress applied on the material, and then plot the resulting stress-strain curves. With the help of this information, you could then determine the maximum permissible loads that your material could withstand before breaking under strain.
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In my research on the mechanics of solids, I often have to deal with high-stress problems. This time I found myself with a 4-face-vertex problem, where I had to find the octahedral stresses. I tried using different software but got no results. Then I remembered the formula in our class notes: S= 4a*h/6*(h-a), where h is the height of the face and a the area of the cross-section. I had two different faces in mind to use this formula for.
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