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4. The table shows the result of consolidated drained tri-axial tests with pore water pressure measurements for two identical samples and failure. Total Confining Pressure (as) Pore Pressure (p.) 15 Total Normal Stress at Sample Failure (a) 1 A C D 30 a. Compute the value of the undrained angle of friction. b. Compute the value of the undrained cohesion. c. Compute the value of the drained angle of friction. d. Compute the value of the drained cohesion.

4. The table shows the result of consolidated drained tri-axial tests with pore water pressure measurements for two identical samples and failure. Total Confining Pressure (as) Pore Pressure (p.) 15 Total Normal Stress at Sample Failure (a) 1 A C D 30 a. Compute the value of the undrained angle of friction. b. Compute the value of the undrained cohesion. c. Compute the value of the drained angle of friction. d. Compute the value of the drained cohesion.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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4. The table shows the result of consolidated drained tri-axial tests with pore water pressure measurements for two identical samples and failure. Total Confining Pressure (os) Total Normal Stress at Failure (0) Pore Pressure Sample (p») 15 30 1 A. 2 a. Compute the value of the undrained angle of friction. b. Compute the value of the undrained cohesion. c. Compute the value of the drained angle of friction. d. Compute the value of the drained cohesion. Problem Data: Last Digit of Student Number A в D 6. 80 140 120 200
Transcribed Image Text:4. The table shows the result of consolidated drained tri-axial tests with pore water pressure measurements for two identical samples and failure. Total Confining Pressure (os) Total Normal Stress at Failure (0) Pore Pressure Sample (p») 15 30 1 A. 2 a. Compute the value of the undrained angle of friction. b. Compute the value of the undrained cohesion. c. Compute the value of the drained angle of friction. d. Compute the value of the drained cohesion. Problem Data: Last Digit of Student Number A в D 6. 80 140 120 200
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