brass shaft has an equilateral triangle cross section. Determine the angle of twist at end C in degrees. Take Ge = 40 GPa. 0.7 m 0.2 m B 125 mm T=2 kNm (2) The thin-walled steel shaft is used to transmit a torque of 3500 Nm. If the mean diameter of the shaft is as shown and rallow "70 MPa, determine the minimum thickness of the shaft to the [Imin = mm] nearest mm. 120 mm
brass shaft has an equilateral triangle cross section. Determine the angle of twist at end C in degrees. Take Ge = 40 GPa. 0.7 m 0.2 m B 125 mm T=2 kNm (2) The thin-walled steel shaft is used to transmit a torque of 3500 Nm. If the mean diameter of the shaft is as shown and rallow "70 MPa, determine the minimum thickness of the shaft to the [Imin = mm] nearest mm. 120 mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![) The brass shaft has an equilateral triangle cross section. Determine the angle of twist at end C in
degrees. Take Ge = 40 GPa.
[dc =
0.7 m
0.2 m
B
125 mm
T=2 kNm
(2) The thin-walled steel shaft is used to transmit a torque of 3500 Nm. If the mean diameter of the
shaft is as shown and tallow- 70 MPa, determine the minimum thickness of the shaft to the
[Imin-
mm]
nearest mm.
120 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F14039ac3-3b8e-4eb4-bb72-5613e07e2892%2F82a076f5-0913-4e78-b026-a9ae90797c69%2Fxkwzzo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:) The brass shaft has an equilateral triangle cross section. Determine the angle of twist at end C in
degrees. Take Ge = 40 GPa.
[dc =
0.7 m
0.2 m
B
125 mm
T=2 kNm
(2) The thin-walled steel shaft is used to transmit a torque of 3500 Nm. If the mean diameter of the
shaft is as shown and tallow- 70 MPa, determine the minimum thickness of the shaft to the
[Imin-
mm]
nearest mm.
120 mm
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