- 2 50 Pts Consider The Simply Supported Beam Shown In The Following Figure An External Force 1600n Is Applied At Po 1 (85.19 KiB) Viewed 44 times
2. (50 pts) Consider the simply-supported beam shown in the following figure. An external force (1600N) is applied at po
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2. (50 pts) Consider the simply-supported beam shown in the following figure. An external force (1600N) is applied at po
2. (50 pts) Consider the simply-supported beam shown in the following figure. An external force (1600N) is applied at point C. The beam has a rectangular cross-section. Its dimension is shown in the right figure. Assuming the beam is made of steel with a modulus of 100GPa. y P=1600N y X z 0.1m В. с D 2m 1m Im 0.06m a) Determine the reaction forces at points A, B, and D. b) Determine the maximum beam deflection between Point A and Point C. c) Draw the diagram of internal shear force and internal moment. Identify the location of the cross-section (namely the distance to Point A) with the maximum internal bending moment. Also, determine the location of the cross-section with the maximum internal shear force. d) On the cross-section with the maximum internal moment, what is the maximum normal stress? On the cross-section with the maximum internal shear force, what is the maximum shear stress?
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