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基于塑性支承桩概念的冲孔灌注桩复合桩基的设计及应用
引用本文:林树枝,郭天祥,何波. 基于塑性支承桩概念的冲孔灌注桩复合桩基的设计及应用[J]. 福建建筑, 2012, 0(6): 95-98
作者姓名:林树枝  郭天祥  何波
作者单位:[1]厦门市建设与管理局,福建厦门361003 [2]江苏时代建筑设计有限公司,福建厦门361012
摘    要:冲孔灌注桩受施工工艺影响,即便持力层是坚硬岩土层,其受力仍表现为摩擦桩的性状,当受荷接近其极限承载力时,其工作状态为塑性支承状态。以厦门某工程为例,介绍了基于塑性支承桩概念的冲孔灌注桩复合桩基的设计方法,提出了设计建议,供工程设计人员参考。

关 键 词:塑性支承桩  冲孔灌注桩  复合桩基  安全度

The Design and Application of composite punched cast-in-situ pile foundation based on the concept of plastic bearing pile
LIN Shuzhi,GUO Tianxiang,HE Bo. The Design and Application of composite punched cast-in-situ pile foundation based on the concept of plastic bearing pile[J]. Fujian Architecture & Construction, 2012, 0(6): 95-98
Authors:LIN Shuzhi  GUO Tianxiang  HE Bo
Affiliation:1. Xiamen Construction and Administration Bureau, Xiamen 361003; 2. Jiangsu Times Architectural Design Co. ,Ltd, Xiamen 361012)
Abstract:Punched cast--in--situ pile affected by the construction process, even if the bearing stratum is a layer of hard rock, still showed its charac- teristics of friction piles. When the load bearing capacity is close to its limits, its Working status is the plastic bearing state. An Example of a project in Xiamen is given to describe the design method of composite punched cast--in--situ pile foundation based on the concept of plastic bearing pile, and also some design proposals are made for reference.
Keywords:Plastic bearing pile  Punched cast--in--situ pile  Composite pile foundation  Safety degree
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