Prob. 2.7-9. Two l-in. nylon rods are spliced together by gluing a 2-in. section of plastic pipe over the rod ends, as shown in Fig. P2.7-9, If a tensile force of P = 350 lb is applied to the spliced nylon rod, what is the average shear stress in the glue joint between the pipe and the rods? I in -- I in.-- 1/2 in.
Prob. 2.7-9. Two l-in. nylon rods are spliced together by gluing a 2-in. section of plastic pipe over the rod ends, as shown in Fig. P2.7-9, If a tensile force of P = 350 lb is applied to the spliced nylon rod, what is the average shear stress in the glue joint between the pipe and the rods? I in -- I in.-- 1/2 in.
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
Transcribed Image Text:Prob. 2.7-9. Two l-in. nylon rods are spliced together by
gluing a 2-in. section of plastic pipe over the rod ends, as
shown in Fig. P2.7-9. If a tensile force of P = 350 lb is applied
to the spliced nylon rod, what is the average shear stress in
the glue joint between the pipe and the rods?
-I in. -I in.-
1/2 in.
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