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naft has a diameter of 41mm. The PCD of the coupling bolts is 63mm. amter is 3mm, and the yield strength of the bolt and shaft is 203.54MPA. Using clockwise positive polar co-or Figure 5. Bolt D' Determine the Polar Moment of Area of the shaft (Answer in mm^4 only). Determine the von Mises Shear Strength (Answer in GPa only). Determine the Shear Stress on the central shaft (MPa). Determine the Factor of Safety for the central shaft. Determine the minimum number of bolts reguired to transmit the torque without failing (roundup).

naft has a diameter of 41mm. The PCD of the coupling bolts is 63mm. amter is 3mm, and the yield strength of the bolt and shaft is 203.54MPA. Using clockwise positive polar co-or Figure 5. Bolt D' Determine the Polar Moment of Area of the shaft (Answer in mm^4 only). Determine the von Mises Shear Strength (Answer in GPa only). Determine the Shear Stress on the central shaft (MPa). Determine the Factor of Safety for the central shaft. Determine the minimum number of bolts reguired to transmit the torque without failing (roundup).

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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Select the 5 correct answers from the list below/: Select one or more: O a. 0.0940110990326852 O b. 19.6 C. 277418.437450017 O d. 8.4 e. 6.28919957889776 O f. 11.2 g. 36.6226559899448 h. 4.4922854134984 O i. 3.59382833079872 O j. 55483.6874900034 O k. 26.1590399928177 I. 166451.06247001 m. 0.117513873790856 n. 16.8 O o. 0.0470055495163426 p. 41.8544639885084 O q. 14 Or. 0.0705083242745139 O s. 110967.374980007 O t. 2.69537124809904 O u. 5.39074249619808 V. 31.3908479913813 w. 0.0235027747581713 Х. 47.0862719870719 O y. 221934.749960014
Transcribed Image Text:Select the 5 correct answers from the list below/: Select one or more: O a. 0.0940110990326852 O b. 19.6 C. 277418.437450017 O d. 8.4 e. 6.28919957889776 O f. 11.2 g. 36.6226559899448 h. 4.4922854134984 O i. 3.59382833079872 O j. 55483.6874900034 O k. 26.1590399928177 I. 166451.06247001 m. 0.117513873790856 n. 16.8 O o. 0.0470055495163426 p. 41.8544639885084 O q. 14 Or. 0.0705083242745139 O s. 110967.374980007 O t. 2.69537124809904 O u. 5.39074249619808 V. 31.3908479913813 w. 0.0235027747581713 Х. 47.0862719870719 O y. 221934.749960014
The bolted coupling in Figure 5 is subject to a torque equal to 354Nm. The solid shaft has a diameter of 41mm. The PCD of the coupling bolts is 63mm. The bolt diamter is 3mm, and the yield strength of the bolt and shaft is 203.54MPA. Using clockwise positive polar co-ordinates: Figure 5. - Bolt D' Determine the Polar Moment of Area of the shaft (Answer in mm^4 only). Determine the von Mises Shear Strength (Answer in GPa only). Determine the Shear Stress on the central shaft (MPa). Determine the Factor of Safety for the central shaft. Determine the minimum number of bolts required to transmit the torque without failing (roundup).
Transcribed Image Text:The bolted coupling in Figure 5 is subject to a torque equal to 354Nm. The solid shaft has a diameter of 41mm. The PCD of the coupling bolts is 63mm. The bolt diamter is 3mm, and the yield strength of the bolt and shaft is 203.54MPA. Using clockwise positive polar co-ordinates: Figure 5. - Bolt D' Determine the Polar Moment of Area of the shaft (Answer in mm^4 only). Determine the von Mises Shear Strength (Answer in GPa only). Determine the Shear Stress on the central shaft (MPa). Determine the Factor of Safety for the central shaft. Determine the minimum number of bolts required to transmit the torque without failing (roundup).
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