A concrete pile is 18 m long and has a cross section of 0.406 m x...

 

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A concrete pile is 18 m long and has a cross section of 0.406 m x 0.406 m. The pile is embedded in a sand having y=16 kN>m3 and 37. The allowable working load is 900 kN, If 600 kN are contributed by the frictional resistance and 300 kN are from the point load Also, Given: Ep -2.1 x10 kN/m, Es -30 x 103 kN/m.2, p = 0.38, and -0.57 Under working load condition, find: 1) The elastic settlement of the pile; 2 Settlement of pile caused by the load at the pile tip 3) Settlement of pile caused by the load transmitted along the pile shaft 4) The total settlement of the pile I A concrete pile is 18 m long and has a cross section of 0.406 m x 0.406 m. The pile is embedded in a sand having y=16 kN>m3 and 37. The allowable working load is 900 kN, If 600 kN are contributed by the frictional resistance and 300 kN are from the point load Also, Given: Ep -2.1 x10 kN/m, Es -30 x 103 kN/m.2, p = 0.38, and -0.57 Under working load condition, find: 1) The elastic settlement of the pile; 2 Settlement of pile caused by the load at the pile tip 3) Settlement of pile caused by the load transmitted along the pile shaft 4) The total settlement of the pile I

Answer rating: 100% (QA)

To calculate the settlements of the pile under working load conditions we can use the following equations and principles 1 The elastic settlement of t... View the full answer