高土石坝工程全生命周期管理总控平台的研发

发布时间：2018-05-16 09:20

本文选题：高土石坝 + 全生命周期　；参考：《天津大学》2014年硕士论文

【摘要】：为了不断提升高土石坝工程项目建设的综合效益,以全生命周期理念为基础的工程项目管理方式日益成为主流。伴随着信息技术水平的飞速发展,以建筑信息模型技术(BIM)为核心的管理方式在工程中的作用日益明显。因此,本文针对高土石坝工程提出了基于水利工程信息模型(Hydro-BIM)的全生命周期管理方法,该方法摒弃了传统土石坝项目将工程阶段(如规划阶段、勘察设计阶段、施工阶段、运行阶段、报废阶段)、工程问题(工程量、施工进度、财务、合同等)割裂研究的弊端,从全局管理和统筹高土石坝工程,提升高土石坝工程建设质量水平与管理水平,这也必将是高土石坝工程今后发展的重要方向。本文以Hydro-BIM为基础,研究了高土石坝工程全生命周期信息管理的一般方法和实现方式,基于Skyline软件进行可视化功能开发,主要的研究成果有以下三个方面:(1)研究了高土石坝工程的管理现状,对高土石坝工程全生命周期管理系统的需求进行分析,将高土石坝工程总控平台划分成八个模块进行研究,分别是系统管理模块、工程量管理模块、图纸与验收资料管理模块、Hydro-BIM可视化模块、进度管理模块、合同与财务管理模块、安全监测与预警模块以及信息共享与协同办公模块。实现了高土石坝工程信息的云平台存储和规范化管理,提高了工程建设质量与管理水平;(2)探讨了高土石坝工程全生命周期管理总控平台中涉及的部分关键技术及其解决方法,重点对工程信息共享与协同办公、Hydro-BIM模型创建方法以及安全监测与预警体系进行研究,为高土石坝工程全生命周期管理总控平台的实现打下了坚实的基础;(3)依托国内某高土石坝工程实例,基于Skyline研究了高土石坝工程地形地貌信息可视化展示的方法,采用Hydro-BIM技术和Autodesk公司的Revit软件建立了高土石坝的Hydro-BIM模型,实现了信息的统一存储与规范化管理,研发了高土石坝工程全生命周期管理总控平台,为基于全生命周期理念的高土石坝工程管理水平的提高提供了有益的借鉴。
[Abstract]:In order to continuously improve the comprehensive benefit of high earth rockfill dam project construction, the project management mode based on the whole life cycle concept has become the mainstream day by day. With the rapid development of information technology, the management mode with BIMs as the core is playing an increasingly important role in engineering. Therefore, this paper puts forward a whole life cycle management method based on Hydro-BIM-based hydraulic engineering information model for high earth-rockfill dam projects. This method abandons the traditional earth-rock dam projects in engineering stage (such as planning stage, survey and design stage, construction stage). The disadvantages of the research on engineering problems (quantity, progress, finance, contract, etc.) are cut apart in the running and scrapping stages, so as to improve the construction quality and management level of high earth-rockfill dam from the view of overall management and overall planning of high earth-rockfill dam projects. This will also be an important direction for the future development of high earth-rock dam engineering. In this paper, based on Hydro-BIM, the general method and realization of life-cycle information management for high earth rockfill dam project are studied, and the visualization function is developed based on Skyline software. The main research results are as follows: 1) the management status of high earth and rockfill dam project is studied, the requirement of the whole life cycle management system of high earth and rock dam project is analyzed, and the master control platform of high earth and rock dam project is divided into eight modules to carry on the research. They are system management module, engineering quantity management module, drawing and acceptance information management module Hydro-BIM visualization module, schedule management module, contract and financial management module, security monitoring and early warning module and information sharing and cooperative office module. The cloud platform storage and standardized management of high earth rockfill dam engineering information are realized, and the construction quality and management level of high earth and rock dam project are improved. Some key technologies and their solutions in the whole life cycle management platform of high earth and rock dam project are discussed. The method of establishing Hydro-BIM model and the system of safety monitoring and early warning are studied in detail. This paper lays a solid foundation for the realization of the whole life cycle management platform of high earth-rockfill dam project. It relies on an example of a high earth-rockfill dam project in China. Based on Skyline, the visualization method of topographic and geomorphological information of high-earth-rockfill dam project is studied. The Hydro-BIM model of high earth rockfill dam is established by using Hydro-BIM technology and Revit software of Autodesk company. The unified storage and standardized management of information are realized, and the whole life cycle control platform of high earth and rock dam project is developed. It provides a useful reference for improving the engineering management level of high earth rockfill dam based on the concept of whole life cycle.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TV641.1;TV51

【参考文献】