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Stable response of axisymmetric two-phase water-saturated soil
作者姓名:蔡袁强  孟楷  徐长节
作者单位:Institute of Geotechnical Engineering,College of Civil Engineering and Architecture,Zhejiang University,Hangzhou 310027,China,Institute of Geotechnical Engineering,College of Civil Engineering and Architecture,Zhejiang University,Hangzhou 310027,China,Institute of Geotechnical Engineering,College of Civil Engineering and Architecture,Zhejiang University,Hangzhou 310027,China
基金项目:Project (No. 81067) supported by Fok Ying Tung Education Foundation, Education Ministry of China
摘    要:Biot's dynamic consolidation equations and Hankel transform were used to derive the integral solutions of stress and displacement for axisymmetric harmonic excitations in the two-phase saturated soil with subjacent rock-stratum. The influence of the coefficient of permeability and loading frequency on the soil displacement at the ground surface were studied. The results showed that higher loading frequency led to more dynamic characteristics; and that the effect of the soil permeability was more obvious at higher frequencies.


Stable response of axisymmetric two-phase water-saturated soil
CAI Yuan-qiang,MENG Kai,XU Chang-jie.Stable response of axisymmetric two-phase water-saturated soil[J].Journal of Zhejiang University Science,2004(9).
Authors:CAI Yuan-qiang  MENG Kai  XU Chang-jie
Abstract:Biot's dynamic consolidation equations and Hankel transform were used to derive the integral solutions of stress and displacement for axisymmetric harmonic excitations in the two-phase saturated soil with subjacent rock-stratum. The influence of the coefficient of permeability and loading frequency on the soil displacement at the ground surface were studied. The results showed that higher loading frequency led to more dynamic characteristics; and that the effect of the soil permeability was more obvious at higher frequencies.
Keywords:Biot's dynamic consolidation  Lamb's problem  Saturated subsoil
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