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BIM轻量化技术在水利工程中的应用

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为提高BIM轻量化技术在水利工程中应用的可行性和全面性,分析总结当下主流的BIM轻量化技术,以密云水库改造消隐工程为例,提出水利工程BIM轻量化技术应用路线,改善不同建设阶段BIM轻量化技术的应用效果.在设计阶段综合运用模型减面优化法、渲染优化法以及BIM轻量化协同设计平台,能大幅度提高三维模型设计效率;采用BIM轻量化引擎将BIM设计模型传递至施工阶段,建立BIM轻量化施工管理平台,能有效提高施工管理质量,保障工程按时按质完成.针对当下BIM轻量化技术现状,提出未来发展的建议:BIM轻量化技术应集成多种水利工程行业特色数据,完善BIM规范及标准,使BIM轻量化应用体系更加规范化、科学化.
Application of BIM Lightweight Technology in Water Conservancy Engineering
In order to improve the feasibility and comprehensiveness of the application of BIM lightweight technology in water conservancy projects,this paper analyzed and summarized the mainstream BIM lightweight technology.Taking Miyun reservoir reconstruction and elimina-tion of hazards project as an example,it put forward the application route of water conservancy project BIM lightweight technology,and im-proved the application effects of BIM lightweight technology in different construction stages.In the design stage,the comprehensive use of model reduction optimization,rendering optimization and BIM lightweight collaborative design platform can greatly improve the efficiency of three-dimensional model design;By using the BIM lightweight engine to transmit the BIM design model to the construction stage and establis-hing a BIM lightweight construction management platform,the quality of construction management can be effectively improved,ensuring that the project is completed on time and with quality.For the current status of BIM lightweight technology,this paper puts forward suggestions for future development:BIM lightweight technology should be able to integrate a variety of water conservancy engineering industry characteristics of data,improve the BIM specifications and standards,so that the BIM lightweight application system is more standardized and scientific.

BIM lightweight technologylightweight engine3D collaborative designconstruction managementBIM+GISLOD

代进雄、杨晓蕾、李大可、潘虎、林晶、庄妍、张颖、王春艳、徐健

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北京市水利规划设计研究院,北京 100048

北京市密云水库管理处,北京 101512

北京市密云区潮白河道管理所,北京 101500

北京市水务规划研究院,北京 100048

长江科学院 空间信息技术应用研究所,湖北 武汉 430019

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BIM轻量化技术 轻量化引擎 三维协同设计 施工管理 BIM+GIS LOD

国家重点研发计划项目北京市科技计划项目

2016YFC0401404Z161100004516015

2024

人民黄河
水利部黄河水利委员会

人民黄河

CSTPCD北大核心
影响因子:0.494
ISSN:1000-1379
年,卷(期):2024.46(3)
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