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52. A developer proposes to construct an apartment building near an existing retaining wall (Fig 25). The building of width 12 m and length 300 m (parallel to the retaining wall) will impose a surface stress of 150 kPa. In the preliminary design, the long edge of the building is located 1 m from the wall. Assume the building load can be treated as a strip load (a) Plot the distribution of the lateral force increase with depth up to a depth of 4 m. (b) What is the maximum value of the lateral force increase, and where does it occur? (c) If the embedment depth of the retaining wall is 4 m, calculate the maximum additional moment about the base of the wall (point Oin Fig 25) from constructing the building. (d) What advice would you give to the developer regarding how far the apartment should be located from the existing retaining wall Apartment building

52. A developer proposes to construct an apartment building near an existing retaining wall (Fig 25). The building of width 12 m and length 300 m (parallel to the retaining wall) will impose a surface stress of 150 kPa. In the preliminary design, the long edge of the building is located 1 m from the wall. Assume the building load can be treated as a strip load (a) Plot the distribution of the lateral force increase with depth up to a depth of 4 m. (b) What is the maximum value of the lateral force increase, and where does it occur? (c) If the embedment depth of the retaining wall is 4 m, calculate the maximum additional moment about the base of the wall (point Oin Fig 25) from constructing the building. (d) What advice would you give to the developer regarding how far the apartment should be located from the existing retaining wall Apartment building

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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52. A developer proposes to construct an apartment building near an existing retaining wall (Fig 25). The building of width 12 m and length 300 m (parallel to the retaining wall) will impose a surface stress of 150 kPa. In the preliminary design, the long edge of the building is located 1 m from the wall. Assume the building load can be treated as a strip load (a) Plot the distribution of the lateral force increase with depth up to a depth of 4 m. (b) What is the maximum value of the lateral force increase, and where does it occur? (c) If the embedment depth of the retaining wall is 4 m, calculate the maximum additional moment about the base of the wall (point Oin Fig 25) from constructing the building. (d) What advice would you give to the developer regarding how far the apartment should be located from the existing retaining wall Apartment building 12 m 5 m Fig 25 - Prob 52
Transcribed Image Text:52. A developer proposes to construct an apartment building near an existing retaining wall (Fig 25). The building of width 12 m and length 300 m (parallel to the retaining wall) will impose a surface stress of 150 kPa. In the preliminary design, the long edge of the building is located 1 m from the wall. Assume the building load can be treated as a strip load (a) Plot the distribution of the lateral force increase with depth up to a depth of 4 m. (b) What is the maximum value of the lateral force increase, and where does it occur? (c) If the embedment depth of the retaining wall is 4 m, calculate the maximum additional moment about the base of the wall (point Oin Fig 25) from constructing the building. (d) What advice would you give to the developer regarding how far the apartment should be located from the existing retaining wall Apartment building 12 m 5 m Fig 25 - Prob 52
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