Determine the distribution of shear forces and bending moments in a flexural beam for concentrated moment, M=10kN.m at its center. Take length of beam, L=1m.
Solution: Below is the Shear and Moment distribution diagrams of the given beam. You may download the solution:
Determine the distribution of shear forces and bending moments in a flexural beam for distributed force q=10kN/m. Take length of beam, L=1m
Solution: Below is the Shear distribution and Moment distribution of this SSB. You may download the solution:
Draw the Shear and Moment Diagram of the simply supported beam carrying a point force F=10kN at the center. Take total length of beam, L=1m.
Solution: Below is the SFD and BMD of the given SSB. You may download the solution:
Draw the Shear and Moment diagram of the cantilever beam carrying a concentrated moment, M=10kNm at the free end. Take length L=1m
Solution: Below is the SFD and BMD diagrams of this cantilever beam. You may download the solution
Draw Shear and Moment Diagram of the cantilever beam given, carrying a uniformly distributed load of q=10kN/m, take length L=1m
Solution: Below is the SFD and BMD of this cantilever beam. You may download the solution:
Draw Shear and Moment distribution of the given cantilever beam with point load at free end =F = 10kN. Length, L=1m.
Solution: Below is the Shear and Moment Diagram of this Cantilever problem. You may download the solution
Problem 3: For the shaft shown in the figure, make diagrams of Torque and Shear Stresses for torsion, also determine the total twist angle of the shaft.
Solution: Below is the solution of this Torque Distribution Diagram question. You may download the solution
For the shaft shown in the figure, make diagram of Torque and shear stresses for torsion, also determine the total twist angle of the shaft.
Solution: Below is the solution of this Solid Mechanics Shaft Torque Distribution Diagram problem. You may download the Solution:
Determine the maximum torque that can be applied to shaft with diameter d and length l, at which the angle of twist will be 5 degrees. For calculations, assume Kirchhoff’s modulus=85Gpa.
Solution: Below is the solution of this Solid Mechanics Shaft problem. You may download the solution:
Calculate the maximum value of the torque T which can be applied to the shaft shown in the figure below
Solution: Below is the Solution of this Solid Mechanics Shaft problem. You may download the Solution
