Problem: In the case of a shaft of uniform circular cross-section subjected to bending and torsion, show that the ratio
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Problem: In the case of a shaft of uniform circular cross-section subjected to bending and torsion, show that the ratio
Problem: In the case of a shaft of uniform circular cross-section subjected to bending and torsion, show that the ratio of the requisite diameter according to the maximum principa stress theory and the maximum shear stress theory is given by- d= d₁ M d₂ Te = ☆. me = 3-48x10 M = 1, T=2.598 where M₂ = equivalent bending moment and T = equivalent torque.