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高压旋喷桩复合土钉墙Plaxis有限元分析
引用本文:郝峰. 高压旋喷桩复合土钉墙Plaxis有限元分析[J]. 探矿工程(岩土钻掘工程), 2009, 36(9): 52-55
作者姓名:郝峰
作者单位:山东省第四地质矿产勘查院,山东,潍坊,261021
摘    要:根据高压旋喷桩复合土钉墙研究现状,提出了有限元数值分析软件Plaxis8.2选择理由,论述了土体本构模型选择原则,支护结构材料模型选择原则,参数取值原则,分步计算过程原则.重点给出了高压旋喷桩、土钉、砼面层相关参数的计算公式.通过代表性的示例研究了高压旋喷桩贡献作用规律.最后通过基坑支护实例,介绍了该程序在高压旋喷桩复合土钉墙设计方面的应用和验证情况.

关 键 词:基坑支护  高压旋喷桩  复合土钉墙  有限元

Plaxis Finite Elements Analysis on Supporting Structure with High-pressure Jet Grouting Pile and Composite Soil-nailing Wall
HAO Feng. Plaxis Finite Elements Analysis on Supporting Structure with High-pressure Jet Grouting Pile and Composite Soil-nailing Wall[J]. Exploration Engineering (Rock & Soil Drilling and Tunneling), 2009, 36(9): 52-55
Authors:HAO Feng
Affiliation:Shandong Provinsal No.4 Institute of Geological and Mineral Survey
Abstract:According to the research status of supporting structure with high-pressure jet grouting pile and composite soil-nailing wall, the paper put forward the selection reason of finite element numerical analysis software Plaxis8.2; discussed selection principle for soil constitutive model and supporting structure material model, and principle for parameter values and step-by-step calculation process. The calculation formula of related parameters for high-pressure jet grouting pile, soil nail and concrete surface layer were mainly given. The paper also studied contribution function of high-pressure jet grouting pile based on representative case example, and introduced application and verification of the above procedure in the design of high-pressure jet grouting pile and composite soil-nailing wall by an engineering case of shopping mall excavation.
Keywords:excavation support   high-pressure jet grouting pile   composite soil-nailing wall   finite element
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