For the beam shown, determine a. All reactions at the fixed end of the cantilever. Draw...

Transcribed Image Text:

For the beam shown, determine a. All reactions at the fixed end of the cantilever. Draw proper free body diagrams. b. If the cross-section is a circle of radius 1 inch, sketch the cross-section at the fixed end of the shaft, and determine the maximum bending stress only, and specify where it occurs on the cross-section. c. Sketch the state of maximum bending stress on a volume element taken from the location on the cross-section where the maximum bending stress occurs. 2 kip/ft 6 ft -3 ft 4 kip 20 kip-ft For the beam shown, determine a. All reactions at the fixed end of the cantilever. Draw proper free body diagrams. b. If the cross-section is a circle of radius 1 inch, sketch the cross-section at the fixed end of the shaft, and determine the maximum bending stress only, and specify where it occurs on the cross-section. c. Sketch the state of maximum bending stress on a volume element taken from the location on the cross-section where the maximum bending stress occurs. 2 kip/ft 6 ft -3 ft 4 kip 20 kip-ft

Answer rating: 100% (QA)

a Reactions at the fixed end Draw a free body diagram of the cantilever beam This diagram should show all of the forces acting on the beam including the two point loads and the reactions at the fixed ... View the full answer