Problem.2 (50 pts) A 50-cm-long rectangular beam is attached to an 80-cm-long circular shaft, as shown in Fig.2. 1. Calc

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Problem 2 50 Pts A 50 Cm Long Rectangular Beam Is Attached To An 80 Cm Long Circular Shaft As Shown In Fig 2 1 Calc 1 (68.4 KiB) Viewed 24 times

Problem.2 (50 pts) A 50-cm-long rectangular beam is attached to an 80-cm-long circular shaft, as shown in Fig.2. 1. Calculate the maximum normal and shearing stresses at point C. To receive full credit Star by outlining the process by which you are going to identify the stress components acting over an element at point C. Following your outline from the previous step, calculate the stress components over an element at point C. Calculate the principal normal (01. 02) and shear (Tmaz) stresses at point C. Roughly draw a Mohr circle On the circle identify the state of stress at C (a,. Tay) and(ay. Try) The principal normal (01, 02) and shear (7max) stresses at point C The element orientation of (1, 0) with reference to state of stress at 0=0 14 kN Y-axis y-axis 8 cm 2 cm 100 KN X-axis . B: Side view с B x-ands z-axis 3D view