An I-Beam with constant cross section that is 10 m long has a pin and roller support on the ends. There is an applied di

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An I Beam With Constant Cross Section That Is 10 M Long Has A Pin And Roller Support On The Ends There Is An Applied Di 1 (103.27 KiB) Viewed 36 times

An I-Beam with constant cross section that is 10 m long has a pin and roller support on the ends. There is an applied distributed load with w1​=1kN/m from 0-5 meters, and w2​=2kN/m from 5−10 meters. Find and plot the shear V(x) and moment M(x) diagrams for all positions along the length of the beam: Label your axes and points of interest on the graph (max, min, etc)! Part B: We slowly increase the entire distributed load by a factor of 100 until the beam fails. For this problem only, assume all failure criterion below are only a single failure criterion and can be considered individually, without regard to the other criterion. Note, This is NOT the case in real life (1). You may draw answers on this page. If the allowable compressive failure stress σfail ​=10MPa, Clearly indicate using a C, what location(s) it would fail on the beam first under this failure criterion. Explain your answer. If the allowable tensile failure stress σfall ​=8MPa, Clearly indicate what location(s) it would fail on the beam first under this failure criterion. Explain your answer. If the allowable shear failure stress τfail​=5MPa, Clearly indicate what location(s) it would fail on the beam first, and explain your answer.