Maximum principal stress theory for the failure of a material at elastic point, is knowns as

Related MCQs

• Which of the following theory is also known as maximum shear stress theory of the failure of a material at the elastic limit
• In a gas turbine rotor a radial stress of 300 kg/sq cm tensile and 500 kg/sq cm tangential stress have been found at a point. The maximum shear stress at this point would be
• If a machine member is loaded in such a way that the three principal stresses at a point are 600 kg/cm2 tension, 800 kg/cm2 compression and zero. The maximum shear stress at the point will be
• Total strain energy theory for the failure of a material at elastic limit is also known as
• Shear strain energy theory of the failure of a material at elastic limit is due to
• In case of brittle material the theory of elastic failure generally applied is
• Maximum principal stress theory is applicable for
• In case of ductile materials the theory of elastic failure generally applied is
• With a punch for which the maximum crushing stress is 4 times the maximum shearing stress of the plate, the biggest hole that can be punched in the plate would be of diameter equal to
• If machine number is loaded in such a way that the three principla stresses at a point are 600 kg/cm2 compression. 800 kg/cm2 tension and zero. The maximum shear stress at the point will be