The in-situ two way vane shear test was conducted on a clay with the vane of 50mm diameter and 100mm length. Then undrained shear strength in this case was found out to be N 80k- 2 m The vane was rotated rapidly so as to cause remoulding of soil. The torque required to shear the soil in the remoulded state for the sensitivity of 5 is
The in-situ two way vane shear test was conducted on a clay with the vane of 50mm diameter and 100mm length. Then undrained shear strength in this case was found out to be N 80k- 2 m The vane was rotated rapidly so as to cause remoulding of soil. The torque required to shear the soil in the remoulded state for the sensitivity of 5 is
Chapter2: Loads On Structures
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Please solve this Shear strength test
![The in-situ two way vane shear test was conducted on a clay with the vane of 50mm
diameter
and 100mm length. Then undrained shear strength in this case was found out to be
N
80k-
2
m
The vane was rotated rapidly so as to cause remoulding of soil. The torque required to
shear the
soil in the remoulded state for the sensitivity of 5 is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0e7319c-161e-45c1-8019-830e17d43218%2F11a5297a-e7c1-40a0-931c-ae78ea8905e5%2Fqphy4el_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The in-situ two way vane shear test was conducted on a clay with the vane of 50mm
diameter
and 100mm length. Then undrained shear strength in this case was found out to be
N
80k-
2
m
The vane was rotated rapidly so as to cause remoulding of soil. The torque required to
shear the
soil in the remoulded state for the sensitivity of 5 is
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