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Two identical line shafts having diameters of 38.1mm and rotating at 450 rpm are connected by a flange coupling having 6 bolts with 4.5 inches bolt circle. The design shearing stress of the bolts is 12 N/mm? and design compressive stress of the flange is 15 N/mm². A. The horsepower transmitted by the shaft. B. What is the diameter of bolt? C. How thick should the flange be?

Two identical line shafts having diameters of 38.1mm and rotating at 450 rpm are connected by a flange coupling having 6 bolts with 4.5 inches bolt circle. The design shearing stress of the bolts is 12 N/mm? and design compressive stress of the flange is 15 N/mm². A. The horsepower transmitted by the shaft. B. What is the diameter of bolt? C. How thick should the flange be?

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
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Two identical line shafts having diameters of 38.1mm and rotating at 450 rpm are connected by a flange coupling having 6 bolts with 4.5 inches bolt circle. The design shearing stress of the bolts is 12 N/mm? and design compressive stress of the flange is 15 N/mm?. A. The horsepower transmitted by the shaft. B. What is the diameter of bolt? C. How thick should the flange be?
Transcribed Image Text:Two identical line shafts having diameters of 38.1mm and rotating at 450 rpm are connected by a flange coupling having 6 bolts with 4.5 inches bolt circle. The design shearing stress of the bolts is 12 N/mm? and design compressive stress of the flange is 15 N/mm?. A. The horsepower transmitted by the shaft. B. What is the diameter of bolt? C. How thick should the flange be?
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