The compound shaft, which is fixed at both ends, is composed of Aluminum shaft ABC (Gal = 24 GPa, d =50 mm), steel sleeve AB (Gst = 76 GPa, dout = 90 mm), and copper sleeve ABC (Gcu = 45 GPa, dout = 75 mm),which are all welded together. Considering the allowable shear stresses (Tal, Ist, Tcu), determine themaximum allowable torque T (kN-m) that may be applied at B as shown.Note: Double-headed arrows follow the direction of the thumb when using the right-hand rule.AParametersTal = 51 MPaTst = 101 MPaTcu = 71 MPasteelCuAIL = 5mB➡TCuAIL= 3.5mC

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The compound shaft, which is fixed at both ends, is composed of Aluminum shaft ABC (Gal = 24 GPa, d = 50 mm), steel sleeve AB (Gst = 76 GPa, dout = 90 mm), and copper sleeve ABC (Gcu = 45 GPa, dout= 75 mm), which are all welded together. Considering the allowable shear stresses (Tal, Tst, Tcu), determine the maximum allowable torque T (kN-m) that may be applied at B as shown. Note: Double-headed arrows follow the direction of the thumb when using the right-hand rule. A Parameters Tal = 51 MPa Tst = 101 MPa Tcu = 71 MPa steel Cui AI L = 5m B ➡T Cu AI L= 3.5m C

The compound shaft, which is fixed at both ends, is composed of Aluminum shaft ABC (Gal = 24 GPa, d = 50 mm), steel sleeve AB (Gst = 76 GPa, dout = 90 mm), and copper sleeve ABC (Gcu = 45 GPa, dout= 75 mm), which are all welded together. Considering the allowable shear stresses (Tal, Tst, Tcu), determine the maximum allowable torque T (kN-m) that may be applied at B as shown. Note: Double-headed arrows follow the direction of the thumb when using the right-hand rule. A Parameters Tal = 51 MPa Tst = 101 MPa Tcu = 71 MPa steel Cui AI L = 5m B ➡T Cu AI L= 3.5m C

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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