2011Journal of Lanzhou Jiaotong UniversityRequires access

FEM Stability Analysis of Reinforced Earth Retaining Wall in Panxi Field Level Engineering

Chaohui Hu

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Abstract

Combined with practical work,the overall stability of reinforced earth retaining wall,the tension of reinforced belt and the internal force of retaining wall are studied by using finite element software Plaxis and considering the soil and reinforcement separately.The results show that the reinforced earth retaining wall is in a safe and stable state.And it is a correct and rational way to analyze the stability of reinforced earth retaining wall by using FEM.

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What this paper is about

Combined with practical work,the overall stability of reinforced earth retaining wall,the tension of reinforced belt and the internal force of retaining wall are studied by using finite element software Plaxis and considering the soil and reinforcement separately.The results show that the reinforced earth retaining wall is in a safe and stable state.And it is a correct and rational way to analyze the stability of reinforced earth retaining wall by using FEM.

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Available abstract

Combined with practical work,the overall stability of reinforced earth retaining wall,the tension of reinforced belt and the internal force of retaining wall are studied by using finite element software Plaxis and considering the soil and reinforcement separately.The results show that the reinforced earth retaining wall is in a safe and stable state.And it is a correct and rational way to analyze the stability of reinforced earth retaining wall by using FEM.

Key concepts: Retaining wall, Finite element method, Mechanically stabilized earth, Structural engineering, Stability (learning theory), Tension (geology), Reinforced concrete, Earth (classical element)

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