The following shaft consists of a 3.50 m long steel shaft and a 2.00 m long aluminum tube. The steel and aluminum are rigidly bonded together in the first 2.00 m. The applied torque T is 50 kN-m. The data is listed in the table.Determine:The maximum shear stress in the aluminum (composite section).The maximum shear stress in the steel (composite section).The maximum stress in the steel.The total deformation of the shaft at the free end. AluminumSteelModulus of rigidity27 GPa70 GPa 75 mm diám. 50 mm diám.TAluminio27Acero2 m 1.5 m-m-

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Aluminum Steel Modulus of rigidity 27 GPa 70 GPa 75 mm diám. 50 mm diám. T Aluminio 27 Acero 2 m 1.5 m- m-

Solid Waste Engineering

3rd Edition

ISBN:9781305635203

Author:Worrell, William A.

Publisher:Worrell, William A.

Chapter5: Separation Processes

Section: Chapter Questions

Problem 5.34P: using Figure 5-27, what is the advantage of the suspended type magnet over the other two types of...

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Question

The following shaft consists of a 3.50 m long steel shaft and a 2.00 m long aluminum tube. The steel and aluminum are rigidly bonded together in the first 2.00 m. The applied torque T is 50 kN-m. The data is listed in the table.

Determine:

The maximum shear stress in the aluminum (composite section).
The maximum shear stress in the steel (composite section).
The maximum stress in the steel.
The total deformation of the shaft at the free end.

Aluminum
Steel
Modulus of rigidity
27 GPa
70 GPa

75 mm diám. 50 mm diám.
T
Aluminio
27
Acero
2 m 1.5 m-
m-

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