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e the resultant amplitude of stress. e the resultant mean stress

e the resultant amplitude of stress. e the resultant mean stress

Elements Of Electromagnetics
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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The shaft shown the figure below, is supported by a bearing on the icft end. The shaft also supports a pullay on the right end, which rotates. The tensions in the belt of the pulley are F,-2,739 N and r 1,362 N. Also, a completely reversed axial load of F-11 N is spplied to the right end. All fillet radius r=0.1d All dimensions are in mm 300D -30 -25- Fa 100 -600- a) Calculate the resultant amplitude of stress. b) Calculate the resultant mean stress. c) Calculate the maximum stress and estimate the yield factor of safety.
Transcribed Image Text:The shaft shown the figure below, is supported by a bearing on the icft end. The shaft also supports a pullay on the right end, which rotates. The tensions in the belt of the pulley are F,-2,739 N and r 1,362 N. Also, a completely reversed axial load of F-11 N is spplied to the right end. All fillet radius r=0.1d All dimensions are in mm 300D -30 -25- Fa 100 -600- a) Calculate the resultant amplitude of stress. b) Calculate the resultant mean stress. c) Calculate the maximum stress and estimate the yield factor of safety.
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