n Mukwano Industries, a shaft assembly shown in Fig. 2 is driven by a flat belt at locationA and drives a flat belt at location B. The drive belt pulley diameter is 300 mm; the drivenbelt pulley diameter is 500 mm. The distance between sheaves is 800 mm, and the distancefrom each sheave to the nearest bearing is 200 mm. The belts are horizontal and load theshaft in opposite directions. Determine the size of the shaft using Distortion Energy Theory(DET) and the types of steel that should be used. Use a safety factor of 10. Also, providea free-body diagram as well as moment and torque diagrams 13:14 P ® •認DE Expert Q&A11.32 A shaft assembly shown in Sketch a is driven by a flatbelt at location A and drives a flat belt at location B.The drive belt pulley diameter is 300 mm; the drivenbelt pulley diameter is 500 mm. The distance betweensheaves is 800 mm,to the nearest bearing is 200 mm. The belts are horizon-tal and load the shaft in opposite directions. Determinethe size of the shaft and the types of steel that should beused. Assume a safety factor of 10. Ans. For AISI 1080steel, d = 35 mm.thedistance from each sheaveand200 mm800 mm200 N200 mm300-mm diam300 N700 N500-mm diam600 NSketch a, for Problem 11.32HomeSearchMore

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Answered: n Mukwano Industries, a shaft assembly…

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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n Mukwano Industries, a shaft assembly shown in Fig. 2 is driven by a flat belt at location A and drives a flat belt at location B. The drive belt pulley diameter is 300 mm; the driven belt pulley diameter is 500 mm. The distance between sheaves is 800 mm, and the distance from each sheave to the nearest bearing is 200 mm. The belts are horizontal and load the shaft in opposite directions. Determine the size of the shaft using Distortion Energy Theory (DET) and the types of steel that should be used. Use a safety factor of 10. Also, provide a free-body diagram as well as moment and torque diagrams

13:14 P ® •
認D
E Expert Q&A
11.32 A shaft assembly shown in Sketch a is driven by a flat
belt at location A and drives a flat belt at location B.
The drive belt pulley diameter is 300 mm; the driven
belt pulley diameter is 500 mm. The distance between
sheaves is 800 mm,
to the nearest bearing is 200 mm. The belts are horizon-
tal and load the shaft in opposite directions. Determine
the size of the shaft and the types of steel that should be
used. Assume a safety factor of 10. Ans. For AISI 1080
steel, d = 35 mm.
the
distance from each sheave
and
200 mm
800 mm
200 N
200 mm
300-mm diam
300 N
700 N
500-mm diam
600 N
Sketch a, for Problem 11.32
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