2006Coal Geology & ExplorationRequires access

Simulation of internal force distribution of embedded double-row anti-slide piles using FEM

Meijun Lv

Open publisher page 2 citations

Abstract

The internal force distribution of double-row anti-slide piles is studied by using plane strain finite element method(FEM).The thrust force distribution between double-row anti-slide piles are calculated by using FEM.The bending moment and shearing force,as well as the influence of space variation between the double-row piles to internal force distribution are also analyzed,and some useful conclusions for design of double-row piles are gained.The finding of a study indicated that the applicability of FEM is clearly exhibited.

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What this paper is about

The internal force distribution of double-row anti-slide piles is studied by using plane strain finite element method(FEM).The thrust force distribution between double-row anti-slide piles are calculated by using FEM.The bending moment and shearing force,as well as the influence of space variation between the double-row piles to internal force distribution are also analyzed,and some useful conclusions for design of double-row piles are gained.The finding of a study indicated that the applicability of FEM is clearly exhibited.

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Available abstract

The internal force distribution of double-row anti-slide piles is studied by using plane strain finite element method(FEM).The thrust force distribution between double-row anti-slide piles are calculated by using FEM.The bending moment and shearing force,as well as the influence of space variation between the double-row piles to internal force distribution are also analyzed,and some useful conclusions for design of double-row piles are gained.The finding of a study indicated that the applicability of FEM is clearly exhibited.

Key concepts: Finite element method, Thrust, Internal forces, Bending moment, Structural engineering, Shearing (physics), Distribution (mathematics), Shear force

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