Subgrade Reaction in Mat Foundation Design

Ulrich
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引用次数: 14

Abstract

In this article, subrade reaction, the most important variable in designing mat foundations, is reviewed in four landmark buildings in Houston, Ttexas. Broad concepts related to mat foundation analysis using the finite element method are described to explain the related salient soil-structure interaction concepts. A comprenehsive examination is also made of structural considerations in connection with mat foundation design. It is noted that use of a uniform coefficient of subgrade reaction to analyze and design mat foundations is an oversimplification of the soil response and will lead to wrong designs. The coefficient of subradge reaction may vary considerably across a mat. After analysis of bearing capacity, the discrete area method should be used to model mat-soil interaction.
垫基设计中的路基反力
本文以德克萨斯州休斯顿的四座地标性建筑为例,分析了垫基设计中最重要的变量——夹层反力。本文描述了使用有限元法分析垫基的广义概念,以解释相关的突出的土-结构相互作用概念。对与垫基设计有关的结构考虑也进行了全面的检查。需要指出的是,使用均匀的路基反力系数来分析和设计垫基是对土壤反应的过度简化,并将导致错误的设计。地基反力系数在垫层上可能变化很大。在承载力分析后,应采用离散面积法来模拟垫层-土相互作用。
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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