For the strip footing on a saturated clay, for the given failure surface as shown in the below figure, the bearing capacity equation takes the form : (where Cu - undrained shear strength φu - angle of internal friction B - width of strip footing qc - ultimate bearing capacity of soil) -A-5.7 CuB-5.14 CuC-4π CuD-2π Cu-B-5.14 Cu

Question

For the strip footing on a saturated clay, for the given failure surface as shown in the below figure, the bearing capacity equation takes the form : (where Cu - undrained shear strength φu - angle of internal friction B - width of strip footing qc - ultimate bearing capacity of soil) -A-5.7 CuB-5.14 CuC-4&pi; CuD-2&pi; Cu-B-5.14 Cu

APTITUDE CRACK · Accepted Answer

B 5.14 Cu According to Skempton Value for Nc=5.14(strip footing) and 6.20(square or circular footing) for &Iuml;&dagger;u=0 and D=0. Reference: BC Punmia.

GATE Exam Questions - Engineering

For the strip footing on a saturated clay, for the given failure surface as shown in the below figure, the bearing capacity equation takes the form : (where C_u - undrained shear strength φ_u - angle of internal friction B - width of strip footing qc - ultimate bearing capacity of soil)

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GATE Exam Questions - Engineering

For the strip footing on a saturated clay, for the given failure surface as shown in the below figure, the bearing capacity equation takes the form : (where Cu - undrained shear strength φu - angle of internal friction B - width of strip footing qc - ultimate bearing capacity of soil)

Solution

For help Students Orientation Mcqs Questions

For the strip footing on a saturated clay, for the given failure surface as shown in the below figure, the bearing capacity equation takes the form : (where C_u - undrained shear strength φ_u - angle of internal friction B - width of strip footing qc - ultimate bearing capacity of soil)

For help Students Orientation
Mcqs Questions