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The shaft shown has an outer diameter of 6 = 1.375 in. The shaft must transmit 122 hp at 3200 rpm. Determine the minimum required wall thickness "a" if the shearing stress in the shaft must be limited to 17.5 ksi. 2014 Michael Swanbom eOe0

The shaft shown has an outer diameter of 6 = 1.375 in. The shaft must transmit 122 hp at 3200 rpm. Determine the minimum required wall thickness "a" if the shearing stress in the shaft must be limited to 17.5 ksi. 2014 Michael Swanbom eOe0

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The shaft shown has an outer diameter of 6 = 1.375 in. The shaft must transmit 122 hp at 3200 rpm. Determine the minimum required wall thickness "a" if the shearing stress in the shaft must be limited to 17.5 ksi. 2014 Michael Swanbom eOe0
Transcribed Image Text:The shaft shown has an outer diameter of 6 = 1.375 in. The shaft must transmit 122 hp at 3200 rpm. Determine the minimum required wall thickness "a" if the shearing stress in the shaft must be limited to 17.5 ksi. 2014 Michael Swanbom eOe0
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