摘要
该项目利用专业软件和工具,将航道项目规划、设计、施工、运营维护等各阶段的数据信息,通过BIM模型进行共享、传递和交换,使设计阶段的设计方案优化,对施工阶段的施工方案进行模拟、可视化交底、施工管控,以及运营维护阶段的竣工模型交付、资产和空间管理等,从而实现参建各方协同工作。此项技术的实施促进了航道水运行业技术升级,帮助航道水运行业适应信息化发展需求,推动航道整治工程建设向精细化发展过渡,提高了项目建设运行的总体工作效率。目前,该技术已在长江航道整治工程中进行了应用。
This project uses professional software and tools to share,transmit and exchange the data information of the channel project planning,design,construction,operation and maintenance and other stages through the BIM model,so as to optimize the design scheme in the design stage and improve the construction stage.The construction plan is simulated,visualized,construction management and control,as well as the delivery of asbuilt models,asset and space management in the operation and maintenance phase,etc,so as to realize the collaborative work of all parties involved in the construction.The implementation of this technology has promoted the technological upgrading of the waterway water operation industry,helped the waterway water operation industry to adapt to the needs of informatization development,promoted the transition from the construction of waterway improvement projects to refined development,and improved the overall work efficiency of project construction and operation.
出处
《交通节能与环保》
2022年第S01期34-39,共6页
Transport Energy Conservation & Environmental Protection
关键词
航道工程
航道整治
BIM模型
工作效率
节能环保
waterway engineering
waterway regulation
BIM model
work efficiency
energy saving and environmental protection
