T L L 3. The wooden bar consists of two segments, each of length L. one segment has a square cross section of width d; the cross section of the other segment is a circle of diameter d. The working stress for the wood is 5MPa and he shear modulus is G= 0.5GPA. Using L = 0.6m and d = 50mm, determine the largest torque that can be safely applied and the corresponding angle of twist for the bar. (Practice at Home)
T L L 3. The wooden bar consists of two segments, each of length L. one segment has a square cross section of width d; the cross section of the other segment is a circle of diameter d. The working stress for the wood is 5MPa and he shear modulus is G= 0.5GPA. Using L = 0.6m and d = 50mm, determine the largest torque that can be safely applied and the corresponding angle of twist for the bar. (Practice at Home)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:T
L
3.
The wooden bar consists of two
segments, each of length L. one
segment has a square cross section of
width d; the cross section of the
other segment is a circle of diameter
d. The working stress for the wood is
5MPa and he shear modulus is G =
0.5GPA. Using L = 0.6m and d =
50mm, determine the largest torque T
that can be safely applied and the
corresponding angle of twist for the
bar. (Practice at Home)
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