中国水利Issue(16)：23-30,8.DOI:10.3969/j.issn.1000-1123.2025.16.005
基于BIM技术的大坝设计施工一体化管理平台架构研究
Studies on framework for integrated management platform of dam design and construction based on BIM technology
摘要
Abstract
Integration of design and construction,being a transformation and upgrading of traditional design and construction model,can serve as an effective way of reducing costs and increasing efficiency of water resources projects.This model may maximize the role of technical leadership of design institutions,while facilitating for multi-party collaboration and prevention of waste and low efficiency caused by fragmentation of management structure and process.Limited by current construction and management system in China,integration of design and construction is challenging,whichresults in deviations between on-site construction and design,difficulties with coordination of design and construction,management,information sharing and standardization,as well as human interference in construction and management process.Building Information Modeling(BIM),which takes information model as a carrier,aims at data sharing,and focuses on application analysis,is favorable for constructing digital twin water resources projects and achieving intelligent simulation.BIM technology is good at visualization,collaboration,simulation,optimization,plottability and gathering complete information,which enables it to enhance the efficiency of design and coordinated management of design and construction.It has become one of the key technologies for intelligent dam construction.Carrying out research on the architecture of a dam design and construction integrated management platform based on BIM technology is an effective measure to improve the integrated management capability of dam design and construction and promote the construction of intelligent dams.关键词
设计施工一体化/建筑信息模型/平台架构/智能大坝Key words
integrated design and construction/building information modeling/platform framework/smart dam分类
建筑与水利引用本文复制引用
刘志明,姜佩奇..基于BIM技术的大坝设计施工一体化管理平台架构研究[J].中国水利,2025,(16):23-30,8.基金项目
国家重点研发计划项目(2022YFC3204600) （2022YFC3204600）
水利部重大科技项目(SKS-2022133). （SKS-2022133）
