Research and Application of BIM+GIS Collaborative Management Platform for Hydraulic Engineering Works
In the process of hydraulic engineering design,BIM is often manifested as a single model,and there is a lack of effective informa-tion sharing mechanisms among various disciplines.In order to improve the level of information sharing and design quality and efficiency and based on BIM+GIS technology,the paper analyzed the BIM design process of hydraulic engineering works and the requirements for BIM+GIS collaborative management,proposed a multi-party collaborative management mechanism of tasks,plans and personnel in the process of engi-neering planning,design,construction and operation and maintenance,developed a BIM+GIS collaborative management platform to achieve information sharing throughout the entire life cycle of the project.Taking the Middle Route Water Supply Project of Yinchuan metropolitan ar-ea as an example,the platform was practically applied.The application situation shows that the BIM+GIS collaborative management platform achieves unified management of engineering plan preparation and summary,task adjustment and change,visual progress control,design scheme demonstration and review.Collaborative design based on BIM+GIS achieves model assembly,collision detection and optimization de-sign.The collaborative delivery of design based on BIM+GIS achieves the review and delivery of engineering design results.
BIMGIScollaborative managementplatformwater conservancy engineeringthe Middle Route Water Supply Project of Yin-chuan metropolitan area
万方数据
维普
