Full shaft design problem For the figure shown design the sh

Full shaft design problem

For the figure shown, design the shaft. Must include free body diagrams, complete shear and bending moment diagrams. State if more than one iterations is required for your design factor, but do not execute any additional iterations. Only spurs gear are on the shaft. Gear 3 (at position A)is the power input gear with 350 hp applied to it, and gear 4 (at position C) is the output gear. The approximate position of the resultant force on each gear is shown and each force lies on the yz-plane. the shaft rotates at 4500 rpm. Use SAE 1050 cold drawn steel. Assume pressure angles at 20°. include final sketch o. the final shaft showing relative diameters.

20 in 16 in Pc 10 in B C 2 Gear 3 (24-in diam) Gear 4 (10-in diam)

Solution

For the figure shown, design the shaft. Must include free body diagrams, complete shear and bending moment diagrams. State if more than one iterations is required for your design factor, but do not execute any additional iterations. Only spurs gear are on the shaft. Gear 3 (at position A)is the power input gear with 350 hp applied to it, and gear 4 (at position C) is the output gear. The approximate position of the resultant force on each gear is shown and each force lies on the yz-plane. the shaft rotates at 4500 rpm. Use SAE 1050 cold drawn steel. Assume pressure angles at 20°. include final sketch o. the final shaft showing relative diameters.