PROBLEM 2: A circular pile 0.45m in diameter and 15m long is embedded in a layer of dense sand. The soil has the following properties: Dry unit eight is 18 kN/m³ and saturated unit weight is 21 kN/m³...


A circular pile 0.45m in diameter and 15m long is embedded in a layer of dense sand. The soil has the following properties: Dry unit eight is 18 kN/m3and saturated unit weight is 21 kN/m3(water table is 4m below from the ground surface), Nq=85, k=1.25, tan αα = 0.45 and FS=2.5


a) Calculate the end bearing capacity


b) Calculate the frictional resistance


c) Calculate the allowable load


PROBLEM 2: A circular pile 0.45m in diameter and 15m long is embedded in a layer of dense sand. The<br>soil has the following properties: Dry unit eight is 18 kN/m³ and saturated unit weight is 21 kN/m³ (water<br>table is 4m below from the ground surface), Nq=85, k=1.25, tan aa = 0.45 and FS-2.5<br>a) Calculate the end bearing capacity<br>b) Calculate the frictional resistance<br>c) Calculate the allowable load<br>

Extracted text: PROBLEM 2: A circular pile 0.45m in diameter and 15m long is embedded in a layer of dense sand. The soil has the following properties: Dry unit eight is 18 kN/m³ and saturated unit weight is 21 kN/m³ (water table is 4m below from the ground surface), Nq=85, k=1.25, tan aa = 0.45 and FS-2.5 a) Calculate the end bearing capacity b) Calculate the frictional resistance c) Calculate the allowable load

Jun 11, 2022
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