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Which theory of failure will you use for aluminum components under steady loading?
Question

Which theory of failure will you use for aluminum components under steady loading?

A.

Maximum principal stress theory

B.

Maximum shear stress theory

C.

Maximum strain energy theory

D.

Maximum principal strain theory

Correct option is B


Aluminum is a ductile material, and for ductile materials under steady loading, the Maximum Shear Stress Theory is often preferred because it accurately predicts yielding based on the material's response to shear stresses. This theory is particularly useful when designing components to ensure they do not fail under applied loads by exceeding the material's shear capacity.

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