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The shaft shown in the figure is made of a material having 225 MPa. An axial load of 45 kN and torque of T are applied to the shaft. 45 kN Find the largest end torque T that can be applied for MSST. Take n=1.6, d=54 mm where n is the safety factor and d is the diameter of shaft.

The shaft shown in the figure is made of a material having 225 MPa. An axial load of 45 kN and torque of T are applied to the shaft. 45 kN Find the largest end torque T that can be applied for MSST. Take n=1.6, d=54 mm where n is the safety factor and d is the diameter of shaft.

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The shaft shown in the figure is made of a material having 225 MPa. An axial load of 45 kN and torque of T are applied to the shaft. 45 kN Find the largest end torque T that can be applied for MSST. Take n=1.6, d=54 mm where n is the safety factor and d is the diameter of shaft.
Transcribed Image Text:The shaft shown in the figure is made of a material having 225 MPa. An axial load of 45 kN and torque of T are applied to the shaft. 45 kN Find the largest end torque T that can be applied for MSST. Take n=1.6, d=54 mm where n is the safety factor and d is the diameter of shaft.
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