Question: A shaft of solid circular cross section has a diameter, d. The shaft is subjected to the torque, T, and compressive load, P, as

A shaft of solid circular cross section has a diameter, d. The

 

A shaft of solid circular cross section has a diameter, d. The shaft is subjected to the torque, T, and compressive load, P, as shown in the figure. T=Pd/8 (A) Define the in-plane stresses on a material element on the shaft surface that is oriented such that the x-face is perpendicular to the load P. (B) Draw Mohr's circle and plot the state of stress in part A on the circle. (C) Use Mohr's circle to write expressions for the maximum and minimum normal and shear stresses on the surface of the shaft. 1

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a Calculating the normal and shear stress at point C Given Fx 1000 N Fy 50000 N Fz 1000 N Crosssectional area 02 m 02 m 004 m2 Normal stress at point ... View full answer

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