A hollow shaft with an outside diameter of D=54 mm and an inside diameter of d = 40 mm is subjected to torque T. The shaft is made of aluminum (E = 90 GPa; v=0.33 ). A strain gage is mounted on the shaft at the orientation shown in the figure (8= 30 °). Assume T = 900 N.m. B Determine the shear stress on the element (tau). 48.8 MPa 71.8 MPa 30 MPa 41.6 MPa 77 MPa
A hollow shaft with an outside diameter of D=54 mm and an inside diameter of d = 40 mm is subjected to torque T. The shaft is made of aluminum (E = 90 GPa; v=0.33 ). A strain gage is mounted on the shaft at the orientation shown in the figure (8= 30 °). Assume T = 900 N.m. B Determine the shear stress on the element (tau). 48.8 MPa 71.8 MPa 30 MPa 41.6 MPa 77 MPa
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![三餐 Mechanics of Materials
A hollow shaft with an outside diameter of D = 54 mm and an inside diameter of d = 40 mm is subjected to torque T. The
shaft is made of aluminum (E = 90 GPa; v=0.33]. A strain gage is mounted on the shaft at the orientation shown in the
figure (0-30 °). Assume T = 900 N.m.
T
B
Determine the shear stress on the element (tau).
48.8 MPa
71.8 MPa
30 MPa
41.6 MPa
77 MPa](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa80e44a2-70d1-4179-9c23-596745fb4719%2F22622877-fa0a-4bc3-bc1f-1eb45b9b1363%2Fmn5ezxm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:三餐 Mechanics of Materials
A hollow shaft with an outside diameter of D = 54 mm and an inside diameter of d = 40 mm is subjected to torque T. The
shaft is made of aluminum (E = 90 GPa; v=0.33]. A strain gage is mounted on the shaft at the orientation shown in the
figure (0-30 °). Assume T = 900 N.m.
T
B
Determine the shear stress on the element (tau).
48.8 MPa
71.8 MPa
30 MPa
41.6 MPa
77 MPa
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