摘要
通过在武汉绿地中心636主楼项目中运用三维激光扫描的BIM技术,结合点云处理软件CYCLONE、海量点云管理方案JETSTREAM、检测分析软件3DRESHAPER及REVIT三维设计平台软件,逆向建立钢结构BIM模型,并同时进行跨部门协同、可视化碰撞检测、实时跟踪监测质量等系列现场管理工作,既满足了现场施工精细化管理要求,又优化了BIM信息管理技术,推动了建筑领域的信息化发展,为建立精准的数据模型提供了新的思路和方法。
Based on application of 3 D laser scanning and building information modeling（ BIM） technology in Wuhan Greenland Center 636-meter main building project,the paper introduced how to use high-precision 3 D laser scanning technology in conjunction with CYCLONE point cloud processing software,JETSTREAM、mass point cloud management solution,3 DRESHAPER detection and analysis software and REVIT 3 D design platform software to create steel structure models and meanwhile proceed site management tasks such as multidiscipline coordination,visual collision detection and quality follow-up in real time,which could not only meet delicacy management requirements of construction site but also optimize BIM information management technology,thus promoting informatization development in building industry and providing a brand-new thinking and approach for creating accurate data models
作者
姚习红
徐晓雨
高志民
YAO Xihong;XU Xiaoyu;GAO Zhimin(Wuhan City Polytechnic,Wuhan 430064,China;Nantong Zhonghui Heavy Industry Co.Ltd.Nantong 226361,China)
出处
《钢结构》
2018年第8期118-121,共4页
Steel Construction
基金
武汉市高教处资助项目(CXY201631)
武汉市市属高校产学研课题(CXY201814)
