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FDM for Large Strain Consolidation of Multi-Layers Super Soft Ground
作者姓名:WEN Hai ji  ZHANG Yong xin  LIU Yuan
摘    要:Follow in precursory relating documents, several equations of one dimension Large Strain Consolidation (LSC) and consolidation coefficients were discussed firstly. Based on this, a Finite Difference Method (FDM) equation was derived, which was the physical described LSC equation with variable displacement. Moreover, the initiate and boundary condition were dispersed by FDM, and the boundary of different layers of super soft soil was disposed of continuity. Finally,nonlinear group equations of LSC FDM solution was deduced for multi layers super soft ground by repeated method, and a FDM program of 1D nonlinear LSC analysis was compiled. Finally, a case showed a satisfied analysis result by LSCFDM.

关 键 词:super  soft  ground  large  strain  consolidation  (LSC)  finite  difference  method(FDM)
修稿时间:2002/12/8 0:00:00

FDM for Large Strain Consolidation of Multi-Layers Super Soft Ground
WEN Hai ji,ZHANG Yong xin,LIU Yuan.FDM for Large Strain Consolidation of Multi-Layers Super Soft Ground[J].Storage & Process,2003(6):101-104.
Authors:WEN Hai ji  ZHANG Yong xin  LIU Yuan
Abstract:Follow in precursory relating documents, several equations of one dimension Large Strain Consolidation (LSC) and consolidation coefficients were discussed firstly. Based on this, a Finite Difference Method (FDM) equation was derived, which was the physical described LSC equation with variable displacement. Moreover, the initiate and boundary condition were dispersed by FDM, and the boundary of different layers of super soft soil was disposed of continuity. Finally,nonlinear group equations of LSC FDM solution was deduced for multi layers super soft ground by repeated method, and a FDM program of 1D nonlinear LSC analysis was compiled. Finally, a case showed a satisfied analysis result by LSCFDM.
Keywords:super soft ground  large strain consolidation (LSC)  finite difference method(FDM)
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