For vane shear testing we may assume uniform, triangular or parabolicdistribution of the shear stress along the vane ends. Assume the case of (i)Uniform, (ii) Triangular, and (iii) parabolic stress distributions and derive theequations relating the undrained shear strength S u to the applied torque T.
For vane shear testing we may assume uniform, triangular or parabolicdistribution of the shear stress along the vane ends. Assume the case of (i)Uniform, (ii) Triangular, and (iii) parabolic stress distributions and derive theequations relating the undrained shear strength S u to the applied torque T.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
For vane shear testing we may assume uniform, triangular or parabolic
distribution of the shear stress along the vane ends. Assume the case of (i)
Uniform, (ii) Triangular, and (iii) parabolic stress distributions and derive the
equations relating the undrained shear strength S u to the applied torque T.
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