4. A piece of wood contains a glued joint inclined at an angle as shown in the figure. If the dimension of the wood is found to be 120mm by 120mm and the working stresses are 20 MPa for the axial stress(in tension) of the wood, 8 MPa for the normal stress of the glue, and 12 MPa for the shear stress of the glue. If the angle theta is 50°, determine the largest allowable value for the axial force P. P P

Steel Design (Activate Learning with these NEW titles from Engineering!)
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Author:Segui, William T.
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Chapter1: Introduction
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Problem 1.5.6P: The data in Table 1.5.3 were obtained from a tensile test of a metal specimen with a rectangular...
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4. A piece of wood contains a glued joint inclined at an angle as shown in the figure. If the
dimension of the wood is found to be 120mm by 120mm and the working stresses are 20 MPa
for the axial stress(in tension) of the wood, 8 MPa for the normal stress of the glue, and 12 MPa
for the shear stress of the glue. If the angle theta is 50°, determine the largest allowable value for
the axial force P.
P
Transcribed Image Text:4. A piece of wood contains a glued joint inclined at an angle as shown in the figure. If the dimension of the wood is found to be 120mm by 120mm and the working stresses are 20 MPa for the axial stress(in tension) of the wood, 8 MPa for the normal stress of the glue, and 12 MPa for the shear stress of the glue. If the angle theta is 50°, determine the largest allowable value for the axial force P. P
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