Comparison of Structure Design Between Bored Pile Foundations and Pile Foundations (Case Study: Industrial Worker I Batang Flower House Construction Project)

M. Negara, Nasyiin Faqih, Agus Juara
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Abstract

Field surveys and laboratories found dense soil layers up to a depth of 14 m, so an alternative to drilled pile or pile foundations was used. This study aims to compare the pile and drilled pile foundation plans with the same soil data, loads, and dimensions. Analysis by calculating the pile foundation plan compared to the drilled pile foundation so that the planning results are obtained, soil bearing capacity, pile group efficiency, number of piles and drilled piles, RAB (budget plan), and drilled pile plans. Compared to 50cm square piles and 40×40cm square piles, the bearing capacity of a single pile (Qult) is 44.5 tons, and the bored pile foundation is 54.72 tons. The pile resistance (f) is 38.79 tons for piles with a diameter of 40 x 40 cm and 38.79 tons for drilled piles with a diameter of 50 cm. One pile's allowable pressure-bearing capacity (Pa) is 14.48 tons, and one drilled pile is 17.48 tons. The permissible tensile strength (Pta) for one pile is 11.64 tons, and for one drilled pile is 14.46 tons. The pile foundation requires 263 piles, and the bored pile foundation requires 258 piles.
钻孔灌注桩基础与桩基础结构设计比较(以产业工人一期巴塘花房建设工程为例)
实地调查和实验室发现,密实土层深达14米,因此采用钻孔桩或桩基础的替代方案。本研究旨在比较具有相同土壤数据、荷载和尺寸的桩基础方案和钻孔桩基础方案。通过计算分析,将桩基础方案与钻孔桩基础方案进行对比,从而得到规划结果,土体承载力、群桩效率、桩数与钻孔桩数、RAB(预算方案)、钻孔桩方案。与50cm方桩和40Ã-40cm方桩相比,单桩(Qult)承载力为44.5吨,钻孔桩基础承载力为54.72吨。直径为40 × 40 cm的桩阻力f为38.79吨,直径为50 cm的钻孔桩阻力f为38.79吨。单桩允许承压能力Pa为14.48吨,单桩允许承压能力Pa为17.48吨。单桩允许抗拉强度(Pta)为11.64吨,单桩允许抗拉强度为14.46吨。桩基础需要263根,钻孔桩基础需要258根。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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