Questions must be answered in the space provided 6. You must show your work to obtain full credit 1. (50 points) Determine the maximum deflections in torsion and in bending of the shaft shown in...
Questions must be answered in the space provided 6. You must show your work to obtain full credit 1. (50 points) Determine the maximum deflections in torsion and in bending of the shaft shown in a. Figure for the data given below if the steel shaft diameter is 2 in Shaft length L 25 in Applied load P- 1300 lbf Maximum torque Tmax= 2500 lbfin Distance to Pb- 20 in Distance between bearings a -16i Young's modulus E-30x lof psi Modulus of rigidity G- 11.5x 10% psi bearings are self-aligning 16-in d1.750-in Distance between bearingsa Shaft diameter Shaft length L 20-in Given: Distance to P b 18-in Applied load 1000-lbf Maximum torque Tmax 2000-lbfin Modulus of rigidity G113-10-pa 30.1o".pn Young's modulus
Questions must be answered in the space provided 6. You must show your work to obtain full credit 1. (50 points) Determine the maximum deflections in torsion and in bending of the shaft shown in a. Figure for the data given below if the steel shaft diameter is 2 in Shaft length L 25 in Applied load P- 1300 lbf Maximum torque Tmax= 2500 lbfin Distance to Pb- 20 in Distance between bearings a -16i Young's modulus E-30x lof psi Modulus of rigidity G- 11.5x 10% psi bearings are self-aligning 16-in d1.750-in Distance between bearingsa Shaft diameter Shaft length L 20-in Given: Distance to P b 18-in Applied load 1000-lbf Maximum torque Tmax 2000-lbfin Modulus of rigidity G113-10-pa 30.1o".pn Young's modulus