基于液化敏感性的加尔各答土特征综述

Pinak Ray, P. Ghosh
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引用次数: 1

摘要

本研究描述了在不排水条件下地震时孔隙水压力突然增大导致无黏性土在饱和状态下强度损失而引起的土的液化。许多各种结构的破坏,如地震大坝、挡土坝和港口,都归因于饱和土的液化。关于大深度土壤液化行为的研究非常有限,但这种情况通常发生在一些结构(如大型土坝)的基础上。本文阐述了液化的影响、机理、易感性、评价和预防措施,并提出动力固结是加尔各答任何构筑物施工前都可以采用的最合适的土壤改良方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Short Review on Characteristics of Kolkata Soil on The Basis of Liquefaction Susceptibility
The present study describes liquefaction of soil due to loss of strength of cohesionless soils in saturated condition due to sudden increase of pore water pressure during earthquake in undrained condition. Many failures of various structures such as seismic dams, retaining structures, and harbours have been attributed to liquefaction of saturated soils. There have been very limited studies regarding the behaviour of soil liquefaction at large depths, yet this situation commonly occurs at foundations of some structures such as large earth dams. This paper describes effects, mechanism, susceptibility, evaluation and prevention of liquefaction and it concludes by proposing that dynamic consolidation is the best suitable method of soil improvement which can be adopted before constructing any structures in Kolkata in those places are highly prone to liquefaction.
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