A circular shaft, 100 mm diameter is subjected to combined bending moment and torque, the bending...
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Mechanical Engineering
A circular shaft, 100 mm diameter is subjected to combinedbending moment and torque, the bending moment being 3 times thetorque. If the direct tension yield point of the material is 300MN/m2 and the factor of safety on yield is to be 4, calculate theallowable twisting moment by the three following theories offailure:
(a) Maximum principal stress theory
(b) Maximum shear stress theory
(c) Maximum shear strain energy theory.
A circular shaft, 100 mm diameter is subjected to combinedbending moment and torque, the bending moment being 3 times thetorque. If the direct tension yield point of the material is 300MN/m2 and the factor of safety on yield is to be 4, calculate theallowable twisting moment by the three following theories offailure:
(a) Maximum principal stress theory
(b) Maximum shear stress theory
(c) Maximum shear strain energy theory.
Answer & Explanation Solved by verified expert
4.3 Ratings (709 Votes)
caccording to maximum
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