For the beam loading presented, you are asked to complete a strengths analysis based upon the chapters of the course text covered this semester. The loading presented will allow you to determine the internal forces for stress analysis by completing a combined loading evaluation, determine the various loading types of stress for the beam, solve for the shear stress and bending moment, combine all normal forms of stress and combine all bending moment equations to determine the overall stresses for a Mohr circle evaluation to determine maximum in plane stress, principle stresses, etc.

The geometry of the beam is given to the left for your evaluation of the bending moment and transverse shear evaluation.

Finally, return to the loading as given but remove the distributed load and assume the geometry is that of a circular shaft clamped at the left and free on the right with a $14$ mm diameter. Assuming a torsional loading of $18N^{**}m$ is applied to the right end, complete the analysis anew.