Please complete the solution The compound shaft is composed of a solid circular steel (G = 12 000 ksi) shaft AB, a circular thin-walledaluminum (G = 4 000 ksi) tube BC, and rectangular thin-walled brass (G = 6 000 ksi) tubes CD and DE.When the external torques are applied at B, C, and D, determine the following:a. Maximum shear stress in shaft AB (ksi)b. Minimum shear stress in tube BC (ksi)c. Maximum shear stress in tube CD (ksi)d. Angle of rotation of D relative to A (°) - show intermediate values for partial pointse. Angle of rotation of end E (°)E20 kip-ft5 kip-ft3 ftE 3 ft3 ftE 3 ft >section ABsection BCsection CD & DE0.5t*-tT=6 kip ftd=4.5 int=0.45 inb=10.5 in

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Engineering

Civil Engineering

Please complete the solution

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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Question

Please complete the solution

The compound shaft is composed of a solid circular steel (G = 12 000 ksi) shaft AB, a circular thin-walled
aluminum (G = 4 000 ksi) tube BC, and rectangular thin-walled brass (G = 6 000 ksi) tubes CD and DE.
When the external torques are applied at B, C, and D, determine the following:
a. Maximum shear stress in shaft AB (ksi)
b. Minimum shear stress in tube BC (ksi)
c. Maximum shear stress in tube CD (ksi)
d. Angle of rotation of D relative to A (°) - show intermediate values for partial points
e. Angle of rotation of end E (°)
E
20 kip-ft
5 kip-ft
3 ft
E 3 ft
3 ft
E 3 ft >
section AB
section BC
section CD & DE
0.5t*
-t
T=6 kip ft
d=4.5 in
t=0.45 in
b=10.5 in

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