BIM技术应用于管线综合的方法探索
Research on BIM Technology Application in Pipeline Synthesis
黄 浩
上海营邑城市规划设计股份有限公司 工程师
摘要: 为了更好地贯彻上海市规划和国土资源管理局关于《上海建设工程三维审批规划管理试行意见》的精神，探讨了通过运用BIM技术，提高地下管线从探测到设计的精度的方法。在工程设计阶段提早发现问题并及时解决，以更直观的方式展现，为后续工程建设打好基础。同时，将此技术精准化地运用于地下管线的规划管理工作中。基于BIM技术可视化、可追溯、可继承、可模拟等特点，在重大市政工程建设全过程开展BIM应用，建立BIM交付标准和实施标准，搭建基于BIM和GIS的可视化工程信息协同管理平台，实现建设管理的可视化决策、信息的各方共享，可有效提升工程质量、进度和安全管理水平。竣工后交付一个包括设计、施工和设备信息的BIM模型和数据库，亦可为重大工程运营维护的BIM可视化、信息化等提供数据基础。
Abstract: In order to better implement the Shanghai Construction Project 3D Approval and Approval Management by Shanghai Planning and Land Resources Administration Bureau, this paper discusses how to improve the accuracy of underground pipeline from detection to design with BIM technology. Early detection and timely solution in the project design stage and shown in a more intuitive way can lay the good foundation for the subsequent engineering construction, and can also be used in the planning and management of underground pipeline.Based on the technical features of visualization, traceability, inheritance and imitability, BIM is applied in the whole process of the major municipal engineering construction.The establishment and implementation of BIM delivery and implement standards, the construction of a visual engineering information collaborative management platform based on BIM and GIS, the realization of the visual decision-making of the construction management and information sharing, can contribute to enhance project quality, speed up the process and improve safety management level. When the project is completed, the delivery of BIM model and data base including the information of design, construction and equipment can provide the data basis for maintenance and operation of the major engineering project.
关键词：BIM、碰撞检测、可视化、数据模型
Keyword: BIM， Collision detection， Visualization， Data model
中图分类号：TU981
文献标识码: A
