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In the stepped shaft shown, which has a full quarter-circular fillet, D= 1.25 in. and d= 1 in. Knowing that the speed of the shaft is 2250 rpm and that the allowable shearing stress is 7500 psi, determine the maximum power that can be transmitted by the shaft. Refer to figure 3.28. r = √(D − d) -D Full quarter-circular fillet extends to edge of larger shaft. The maximum power that can be transmitted by the shaft is | hp.

In the stepped shaft shown, which has a full quarter-circular fillet, D= 1.25 in. and d= 1 in. Knowing that the speed of the shaft is 2250 rpm and that the allowable shearing stress is 7500 psi, determine the maximum power that can be transmitted by the shaft. Refer to figure 3.28. r = √(D − d) -D Full quarter-circular fillet extends to edge of larger shaft. The maximum power that can be transmitted by the shaft is | hp.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter8: Influence Lines
Section: Chapter Questions
Problem 10P
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In the stepped shaft shown, which has a full quarter-circular fillet, D= 1.25 in. and d= 1 in. Knowing that the speed of the shaft is 2250 rpm and that the allowable shearing stress is 7500 psi, determine the maximum power that can be transmitted by the shaft. Refer to figure 3.28. r = √(D − d) -D Full quarter-circular fillet extends to edge of larger shaft. The maximum power that can be transmitted by the shaft is | hp.
Transcribed Image Text:In the stepped shaft shown, which has a full quarter-circular fillet, D= 1.25 in. and d= 1 in. Knowing that the speed of the shaft is 2250 rpm and that the allowable shearing stress is 7500 psi, determine the maximum power that can be transmitted by the shaft. Refer to figure 3.28. r = √(D − d) -D Full quarter-circular fillet extends to edge of larger shaft. The maximum power that can be transmitted by the shaft is | hp.
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