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施工过程巨型框架结构、筏基和砂卵石地基共同工作分析
引用本文:何建平,张坤,吴怀忠.施工过程巨型框架结构、筏基和砂卵石地基共同工作分析[J].建筑技术,2009,40(12):1123-1126.
作者姓名:何建平  张坤  吴怀忠
作者单位:1. 洛阳理工学院,471023,河南洛阳
2. 上海原构建筑设计有限公司北京分公司,100084,北京
基金项目:四川省教育厅自然基金项目资助 
摘    要:在室内试验的基础上,从上部结构、筏基两方面分析施工过程中巨型框架结构、筏基对砂卵石地基的沉降和应力分布影响,结果表明:上部结构对基础的沉降和内力及地基的反力有较明显的影响,而结构层数的影响是有限的;筏板厚度、混凝土等级的增加使基础的沉降和差异沉降减小;板中应力越大,基底反力向边缘集中,分布越不均匀,正应力增大。

关 键 词:巨型框架结构  筏基  砂卵石地基

ANALYSIS INTERACTION AMONG MEGA FRAME STRUCTURE AND RAFT FOUNDATION AND SANDY PEBBLE SOIL FOUNDATION IN CONSTRUCTION PROCESS
HE Jianping,ZHANG Kun,WU Huaizhong.ANALYSIS INTERACTION AMONG MEGA FRAME STRUCTURE AND RAFT FOUNDATION AND SANDY PEBBLE SOIL FOUNDATION IN CONSTRUCTION PROCESS[J].Architecture Technology,2009,40(12):1123-1126.
Authors:HE Jianping  ZHANG Kun  WU Huaizhong
Affiliation:HE Jianping, ZHANG Kun, WU Huaizhong (1 Dept. of civil Engineering of Luoyang Institute of Science and Technology, 471023, Lnoyang, Henan, China; 2. Arehin Architects Design Co. Ltd.,100084, Beijing, China)
Abstract:The paper based on the experiment, analyzes superstructure and raft foundation influence on sandy pebble soil foundation settlement and stress distribution in construction process, results demonstrate that superstructure influences foundational settlement and internal force and reaction force of subgrade foundation more significant,that of layer of structure finite, adding raft plate thick and concrete classes to make foundational settlement and differential settlement decrease,the center of plate stress increase, reaction force of subgrade foundation concentrate towords the edge, distribution ununiformity, normal stress increase.
Keywords:mega frame structure  raft foundation  sandy pebble soil foundation
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