Alpha Geek

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    Polytechnic State University Sanluis
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Category > Social Science Posted 22 Apr 2017 My Price 5.00

Find the resultant force acting on the eye bolt.

A special-purpose eye bolt of shank diameter d
0.50 in. passes through a hole in a steel plate of thickness
tp 0.75 in. (see figure) and is secured by a nut with thickness
t 0.25 in. The hexagonal nut bears directly against
the steel plate. The radius of the circumscribed circle for the
hexagon is r 0.40 in. (which means that each side of the
hexagon has length 0.40 in.). The tensile forces in three
cables attached to the eye bolt are T1 800 lb., T2 550 lb.,
and T3 1241 lb.
(a) Find the resultant force acting on the eye bolt.
(b) Determine the average bearing stress b between the hexagonal nut on the eye bolt and the plate.

 

 

Answers

Alpha Geek
(8)
Status NEW Posted 22 Apr 2017 05:04 PM My Price 5.00

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