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A cylindrical bar made of brittle material has been subjected to pure torsion by a torque M and tension from the force F (Figure Q6.c). The torque gives rise to the shear stresses T = T = 32 MPa and the force F gives rise to the tensile stress ху yx 0, = 65 MPa. The stress along the y-axis is zero (o, = 0). Determine whether there will be a failure due to the maximum tensile stress if the tensile strength of the material is 90 MPa.

A cylindrical bar made of brittle material has been subjected to pure torsion by a torque M and tension from the force F (Figure Q6.c). The torque gives rise to the shear stresses T = T = 32 MPa and the force F gives rise to the tensile stress ху yx 0, = 65 MPa. The stress along the y-axis is zero (o, = 0). Determine whether there will be a failure due to the maximum tensile stress if the tensile strength of the material is 90 MPa.

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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A cylindrical bar made of brittle material has been subjected to pure torsion by a torque M and tension from the force F (Figure Q6.c). The torque gives rise to the shear stresses T = T = 32 MPa and the force F gives rise to the tensile stress ху yx 0, = 65 MPa. The stress along the y-axis is zero (o, = 0). Determine whether there will be a failure due to the maximum tensile stress if the tensile strength of the material is 90 MPa. F X Figure Q6.c
Transcribed Image Text:A cylindrical bar made of brittle material has been subjected to pure torsion by a torque M and tension from the force F (Figure Q6.c). The torque gives rise to the shear stresses T = T = 32 MPa and the force F gives rise to the tensile stress ху yx 0, = 65 MPa. The stress along the y-axis is zero (o, = 0). Determine whether there will be a failure due to the maximum tensile stress if the tensile strength of the material is 90 MPa. F X Figure Q6.c
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