A steel pipe pile of 61 cm outside diameter with a wall thickness of 2.5 cm is driven into loose sand (D, = 30%) under submerged conditions to a depth of 20 m. The submerged unit weight of the soil is...

Please do fast, 5minA steel pipe pile of 61 cm outside diameter with a wall thickness of 2.5 cm is driven into loose sand<br>(D, = 30%) under submerged conditions to a depth of 20 m. The submerged unit weight of the soil<br>is 8.75 kN/m' and the angle of internal triction is 33 The El value of the pile is 4 35 x 10 kg-em<br>(4.35 x 10 MN-m). Compute the ground line deflection of the pile under a lateral load of 268 kN<br>at ground level under a free head condition using the non-dimensional parameters of Matlock and<br>Reese. The n, value from Fig. 163 for D, = 30% is 6 MN/m' for a submerged condition.<br>%3D<br>

Extracted text: A steel pipe pile of 61 cm outside diameter with a wall thickness of 2.5 cm is driven into loose sand (D, = 30%) under submerged conditions to a depth of 20 m. The submerged unit weight of the soil is 8.75 kN/m' and the angle of internal triction is 33 The El value of the pile is 4 35 x 10 kg-em (4.35 x 10 MN-m). Compute the ground line deflection of the pile under a lateral load of 268 kN at ground level under a free head condition using the non-dimensional parameters of Matlock and Reese. The n, value from Fig. 163 for D, = 30% is 6 MN/m' for a submerged condition. %3D

Jun 11, 2022
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