以Żoliborz-Szczęśliwice冰川隧道谷内建筑为例,提出了一种简化的桩筏基础设计算法

Grzegorz Kacprzak, K. Mazurek, T. Daktera
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引用次数: 0

摘要

摘要筏板基础过度沉降的一种常见的工程解决方案是利用桩来减小竖向位移,这种方法将整个结构荷载转移到桩上。这是一种过于谨慎的方法,仍然需要找到建筑物基础的最佳设计方法。这样的解决方案可能是桩筏基础,它允许减少桩的数量,由于在基础的承载能力的筏整合。本文的目的是估计基础元素的贡献,如筏和桩在承载能力的住宅建筑位于华沙,那里的地质条件的特点是有机土层,主要是gyttja。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A simplified algorithm for the design of piled raft foundations applied for the case study of a building erected within Żoliborz-Szczęśliwice glacial tunnel valley
Abstract A common engineering solution for excessive settlement with raft foundation (s) is the use of piles in order to reduce the vertical displacements, in this method, the whole structural load is transferred to the piles. This is an overly cautious approach, and there remains a need to find an optimal design method for a building’s foundations. Such a solution may be the piled raft foundation, which allows a reduction of the number of piles due to the integration of the raft in the bearing capacity of the foundation. The aim of the article is to estimate the contribution of foundation elements such as the raft and the piles in the bearing capacity of a residential building located in Warsaw, where the geological conditions are characterized by organic soil layers, principally of gyttja.
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