Question: In Problem 18.9, apply Rowes moment reduction and select a sheet-pile section from Table 18.1, assuming E = 210 10 3 MN/m 2 and

In Problem 18.9, apply Rowe’s moment reduction and select a sheet-pile section from Table 18.1, assuming E = 210 × 103 MN/m2 and sall = 210 × 103 kN/m2.


Problem 18.9

Refer to Figure 18.23. Given L1 = 3 m, L2 = 6 m, l1 = 1.5 m, γ = 16.5 kN/m3, γsat = 19.0 kN/m3, and ϕ' = 35°.

a. Find the required depth of the sheet pile, increasing the theoretical estimate by 30%.

b. Determine the force in the tie rods if they are spaced 3 m apart horizontally.

c. Find the maximum bending moment in the sheet pile.


Figure 18.23

A Anchor tie rod L O' F Water Water Sand table oi \c table Y, 6' L2 P Sand Ysat $' Dredge line D L3 E Sand D Y'(K, – K) Ysat $' L4 F B.


Table 18.1.

A Anchor tie rod L O' F Water Water Sand table oi

A Anchor tie rod L O' F Water Water Sand table oi \c table Y, 6' L2 P Sand Ysat $' Dredge line D L3 E Sand D Y'(K, K) Ysat $' L4 F B.

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a Using Rowes moment reduction method we can calculate the maximum bending moment as Mmax H2L22... View full answer

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