Using which type(s) of the following triaxial tests, both total and effective stress shear strength parameters will be f

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answerhappygod
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Using which type(s) of the following triaxial tests, both total and effective stress shear strength parameters will be f

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Using Which Type S Of The Following Triaxial Tests Both Total And Effective Stress Shear Strength Parameters Will Be F 1
Using Which Type S Of The Following Triaxial Tests Both Total And Effective Stress Shear Strength Parameters Will Be F 1 (14.23 KiB) Viewed 9 times
Using Which Type S Of The Following Triaxial Tests Both Total And Effective Stress Shear Strength Parameters Will Be F 2
Using Which Type S Of The Following Triaxial Tests Both Total And Effective Stress Shear Strength Parameters Will Be F 2 (14.77 KiB) Viewed 9 times
Using Which Type S Of The Following Triaxial Tests Both Total And Effective Stress Shear Strength Parameters Will Be F 3
Using Which Type S Of The Following Triaxial Tests Both Total And Effective Stress Shear Strength Parameters Will Be F 3 (16.54 KiB) Viewed 9 times
Using which type(s) of the following triaxial tests, both total and effective stress shear strength parameters will be found (find different values for total and effective stress)? O Both UU and CD O CU O UU O CD
A 160 psf uniform stress is applied on a 8x4 ft rectangular footing. Use 2V:1h pressure distribution method to find average pressure distribution (psf) on a plane 5 ft below the bottom of the footing. 1024 O 136 43.76 O 160
A square footing with a width of 3 feet is placed on the ground surface. The structural loads are expected to be approximately 9 kips. Use the stress isobars and find A (psf) at a depth equal to 6 ft below the bottom of the comer of the foundation 120 O 290 O 270 O 100
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