Principles Of Foundation Engineering 9e
Principles Of Foundation Engineering 9e
9th Edition
ISBN: 9781337705035
Author: Das, Braja M.
Publisher: Cengage,
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Chapter 18, Problem 18.4P

Refer to Figure 18.13. Given L1 = 1.5 m, L2 = 3 m; for the sand, ϕ = 33 ° , γ = 16.5 kN / m 3 , γ sat = 19.0 kN / m 3 ; and, for the clay, c = 50 kN / m 2 , ϕ = 0 , γ sat = 20 kN / m 3 . Determine the depth of sheet pile required, allowing for a 50% increase from the theoretical estimate.

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Problem #1 The figure below shows a cantilever sheet-pile wall penetrating a granular soil. Here, L1 = 4 m, L2 = 8 m, unit weight above water table= 16.1 kN/m3, saturated unit weight = 5 18.2 kN/m3, and friction angle of sand = 32 degrees. a. What is the theoretical depth of embedment, D? b.    For a 30% increase in D, what should be the total length of the sheet piles? c.    Determine the theoretical maximum moment of the sheet pile. d.    If the allowable flexural stress = 170 MPa, compute the required section modulus of the sheet pile.
Problem #1 The figure below shows a cantilever sheet-pile wall penetrating a granular soil. Here, L₁ = 4 m, L₂ = 8 m, unit weight above water table= 16.1 kN/m³, saturated unit weight = 5 18.2 kN/m³, and friction angle of sand = 32 degrees. a. What is the theoretical depth of embedment, D? b. For a 30% increase in D, what should be the total length of the sheet piles? c. Determine the theoretical maximum moment of the sheet pile. d. If the allowable flexural stress = 170 MPa, compute the required section modulus of the sheet pile. Water table Dredge line Sand Y <=0 Sand Ysat c'=0 Sand Ysat c'=0
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