PROBLEM 2. The turbine in the figure generates 90 kW power. 50 kW of power is drawn from the gear at C and 40 kW from the gear at D. Revolution speed of A-36 steel shaft is 600 RPM. If F.S. is 1.5 according to the shear yield stress and the allowable angle of twist of E with respect to B is 0.2 degrees, calculate the required shaft diameter as a multiple of mm. The shaft can rotate freely at bearing at E.

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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PROBLEM 2. The turbine in the figure generates 90 kW power. 50 kW of power is drawn from the
gear at Cand 40 kW from the gear at D. Revolution speed of A-36 steel shaft is 600 RPM. If F.S. is 1.5
according to the shear yield stress and the allowable angle of twist of E with respect to B is 0.2
degrees, calculate the required shaft diameter as a multiple of mm. The shaft can rotate freely at
bearing at E.
2 m
4 m
E
1 m
Transcribed Image Text:PROBLEM 2. The turbine in the figure generates 90 kW power. 50 kW of power is drawn from the gear at Cand 40 kW from the gear at D. Revolution speed of A-36 steel shaft is 600 RPM. If F.S. is 1.5 according to the shear yield stress and the allowable angle of twist of E with respect to B is 0.2 degrees, calculate the required shaft diameter as a multiple of mm. The shaft can rotate freely at bearing at E. 2 m 4 m E 1 m
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