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三峡Ⅲ期RCC围堰快速施工研究

The Study of Quick Construction in the Third Period RCC Cofferdam of the Three Gorges Project

【作者】 姜良闽

【导师】 王仁超;

【作者基本信息】 天津大学 , 水利水电工程, 2003, 硕士

【摘要】 三峡Ⅲ期RCC围堰工程是三峡三期工程的重点工程项目,如何优质、安全、高速、低耗的完成该项目施工任务,不仅对确保三峡工程2003年6月胜利实现蓄水、通航、发电三大目标具有十分重要的现实意义,而且对进一步提高我国的快速筑坝技术水平,缩短水利水电工程建设周期,提高水利水电工程经济效益都具有十分深远的意义。本文作者通过回顾国内外快速施工的研究现状,用系统分析的思想,提出了快速施工的概念,运用系统分析方法对水利水电工程快速施工进行了系统结构分析,确定系统目标,建立系统模型,并对各子系统之间的协调问题进行了研究。本文引进了现阶段在机械制造业流行的并行工程理论,并将其成功的运用到水利水电工程施工组织当中,特别是过程重构和组织重构概念的引入,为水电工程快速施工的过程控制和施工组织管理提出了全新的概念。本文建立了三峡Ⅲ期RCC围堰施工仿真模型,通过仿真模型的计算运行,得出了各子系统之间的相互关系和运行结果,在对运行结果进行认真研究、分析的基础上,提出相应对策,并在实际工程施工中对施工方案进行优化和调整,给出了施工仿真模型对快速施工的指导途径和方式。

【Abstract】 The third period RCC Cofferdam plays an important role in Three Gorges Project (TGP). To be completed safely, quickly and in high quality has important meaning for realizing the three main objects including sluice, navigation, electricity generating of TGP. In addition, it has significance for developing the technology of quick building -dam in our country, shortening the construction period of the hydropower project, thus increasing the economic benefit of the project.In this dissertation, the research of Quick Construction (QC) at home and abroad is reviewed. Furthermore, a system model of QC is studied based on the analysis of system structure and the aim of QC of the hydraulic and hydropower project. In addition, through introducing the Concurrent Engineering (CE) of manufacturing industry into construction project management, the author also studies the cooperation problems between sub-systems and applies it in the construction organization of the hydraulic and hydropower project successfully. The most important part is that through introducing the concept of the process and organization reconstruction, this paper brings forward a novel concept in the process control and the construction organization management during QC of the hydraulic and hydropower project. A construction simulation model of the third period RCC Cofferdam is built in this study. Through analyzing of simulation results, the correlation between sub-systems is figured out. The construction scheme is optimized and adjusted. The strategies of the third period RCC cofferdam are studied.

  • 【网络出版投稿人】 天津大学
  • 【网络出版年期】2005年 01期
  • 【分类号】TV551.3
  • 【下载频次】171
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