5. Consider a composite shaft fabricated from a 6 cm-diameter solid aluminum alloy, having G = 28 GPa, sunounded by a hollow steel circular shaft of outside diameter 75 cm and inside diameter 6 cm, with G = 80 GPa. The two metals are rigidly connected at their juncture. If the composite shaft is loaded by a twisting moment of 145 kN-m, calculate the following: a maximum shearing stress in the steel(. b. maximum shearing stress in the aluminum ( c. angle of twist in the steel, use L-15m ( d. angle of twist in the aluminum, use L= 15m

5. Consider a composite shaft fabricated from a 6 cm-diameter solid aluminum alloy, having G = 28 GPa, sunounded by a hollow steel circular shaft of outside diameter 75 cm and inside diameter 6 cm, with G = 80 GPa. The two metals are rigidly connected at their juncture. If the composite shaft is loaded by a twisting moment of 145 kN-m, calculate the following: a maximum shearing stress in the steel(. b. maximum shearing stress in the aluminum ( c. angle of twist in the steel, use L-15m ( d. angle of twist in the aluminum, use L= 15m

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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SOLVES STEP BY STEP, USE TABLE IF NECESSARY
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