A shaft shown in the fig consist of 3-in diameter aluminum segment and 2 in diameter steel segment that are joined rigidly. The ends of the shaft are fixed supported. A torque T= 10000 lb-in is applied at the connection of the two segments that cassed for sheared to be developed on the shaft. The aluminum has G = 4x10^6osu abd tge steek gas G=12x 10^6 psi. if the aluminum and steel segments has the same angle of twist, determine the torque in steel (Tst) in terms of torque in aluminum Tal.
A shaft shown in the fig consist of 3-in diameter aluminum segment and 2 in diameter steel segment that are joined rigidly. The ends of the shaft are fixed supported. A torque T= 10000 lb-in is applied at the connection of the two segments that cassed for sheared to be developed on the shaft. The aluminum has G = 4x10^6osu abd tge steek gas G=12x 10^6 psi. if the aluminum and steel segments has the same angle of twist, determine the torque in steel (Tst) in terms of torque in aluminum Tal.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A shaft shown in the fig consist of 3-in diameter aluminum segment and 2 in diameter steel segment that are joined rigidly. The ends of the shaft are fixed supported. A torque T= 10000 lb-in is applied at the connection of the two segments that cassed for sheared to be developed on the shaft. The aluminum has G = 4x10^6osu abd tge steek gas G=12x 10^6 psi. if the aluminum and steel segments has the same angle of twist, determine the torque in steel (Tst) in terms of torque in aluminum Tal.
Transcribed Image Text:Aluminum
Steel
3-in. diameter
- 2-in. diameter
T
6 ft
– 3
3 ft –
Transcribed Image Text:O Tst = 1.0048 Tal
Tst = 2.0314 Tal
O Tst = 1.1852 Tal
O Tst = 1.9306 Tal
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