Study on Settlement Time Property of Composite Foundation

Jiang Long, Yang Hui
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Abstract

In order to provide the basis for design and construction of CFG pile, as well as to promote the foundation treatment, settlement time property of composite foundation is studied by means of 3-D numerical simulation methods considering Biot consolidation theory. The results prove that: ??? 3-D numerical simulation considering Biot consolidation theory can well study settlement time property of composite foundation, ??? increasing pile length, pile diameter, permeability of soil and surcharge preloading, and reducing pile space and compressibility of soil, is advantageous to dissipation of excess pore water pressure and shortens consolidation time and the effect of increasing permeability of soil is the most remarkable, ??? increasing pile length, pile diameter and surcharge preloading, and reducing pile space and compressibility of soil, is helpful for controlling settlement deformation and the effect of increasing pile length is the most remarkable, ??? design ideas of sparse-density pile are brought out and the main factors for settlement are surcharge preloading and pile length.
复合地基沉降时间特性研究
为了给CFG桩的设计和施工提供依据,促进地基处理,采用考虑Biot固结理论的三维数值模拟方法对复合地基的沉降时间特性进行了研究。结果证明:??考虑Biot固结理论的三维数值模拟可以很好地研究复合地基的沉降时间特性。增大桩长、桩径、土体渗透性和堆填土预压,减小桩间距和土体压缩性,有利于超孔隙水压力的消散,缩短固结时间,增加土体渗透性的效果最为显著。增加桩长、桩径和堆载预压,减小桩间距和土体可压缩性,有利于控制沉降变形,且增加桩长效果最为显著。提出了稀疏密度桩的设计思想,并指出影响沉降的主要因素是堆载预压和桩长。
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