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Four plates, each being 15 mm thick, are to be connected by six bolts of 19 mm diameter as shown. Consider B = 181 mm. Assume that the force is equally distributed among the rivets. A. Determine the minimum force P (Newtons) if the allowable bolt shearing stress is 33 MPa. B. Determine the minimum force P (Newtons) if the allowable plate bearing stress is 32 MPa. C. Determine the tensile stress of the top plate (MPa) at segment a-a if the force P is 35 kN.

Four plates, each being 15 mm thick, are to be connected by six bolts of 19 mm diameter as shown. Consider B = 181 mm. Assume that the force is equally distributed among the rivets. A. Determine the minimum force P (Newtons) if the allowable bolt shearing stress is 33 MPa. B. Determine the minimum force P (Newtons) if the allowable plate bearing stress is 32 MPa. C. Determine the tensile stress of the top plate (MPa) at segment a-a if the force P is 35 kN.

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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Four plates, each being 15 mm thick, are to be connected by six bolts of 19 mm diameter as shown. Consider B = 181 mm. Assume that the force is equally distributed among the rivets.

A. Determine the minimum force P (Newtons) if the allowable bolt shearing stress is 33 MPa.

B. Determine the minimum force P (Newtons) if the allowable plate bearing stress is 32 MPa.

C. Determine the tensile stress of the top plate (MPa) at segment a-a if the force P is 35 kN.

P+ PB
Transcribed Image Text:P+ PB
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