北京中关村科技园—丰台创新中心项目BIM技术综合应用
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摘要
北京中关村科技园—丰台创新中心项目是集政府办公、国际商业为一体的高层建筑,总建筑面积达58万m2。工程体量巨大,工期长;机电管线规模大,交叉多,排布复杂;幕墙与景观专业施工复杂等是本工程的特点与难点。BIM技术覆盖了前期设计、施工与后期运营维护的整个建筑物生命周期,包括BIM协同管理平台的应用、图纸三维会审、机电管线综合、施工模拟、进度管理及精装样板区BIM+VR方案沉浸式体验等,保证项目的成功实施,缩短工期,降低成本,打造精品工程。
Beijing Zhongguancun Technology Park-Fengtai Innovation Center Project is a high-rise building integrating government office and international business,with a total construction area of 580000 square meters. It has the huge engineering volume,the long construction period and the complex scale of electromechanical pipelines. The complicated construction of curtain wall and landscape is also the feature and difficulty of this project. BIM technology for this project covers the entire life cycle of the building from pre-design,construction to post-operation stage.The main application points of BIM technology are including collaborative management platform,3D drawing review,electromechanical integrated,construction simulation and the VR application for the key area of hardbound model to insure the successful implementation of the project. In addition,these applications can shorten the construction period,reduce costs,and create a quality building.
Beijing Zhongguancun Technology Park-Fengtai Innovation Center Project is a high-rise building integrating government office and international business,with a total construction area of 580000 square meters. It has the huge engineering volume,the long construction period and the complex scale of electromechanical pipelines. The complicated construction of curtain wall and landscape is also the feature and difficulty of this project. BIM technology for this project covers the entire life cycle of the building from pre-design,construction to post-operation stage.The main application points of BIM technology are including collaborative management platform,3D drawing review,electromechanical integrated,construction simulation and the VR application for the key area of hardbound model to insure the successful implementation of the project. In addition,these applications can shorten the construction period,reduce costs,and create a quality building.
引文
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[2]李云贵,何关培,邱奎宁.建筑工程施工BIM应用指南[M].中国建筑工业出版社,2017.
[3]张建平,余芳强,李丁.面向建筑全生命期的集成BIM建模技术研究[J].土木建筑工程信息技术,2012,4(1):6-14.
[4]荣慕宁,张二龙,高丽,等. BIM技术在机电管线综合中的应用[J].建筑技术,2016,47(2):3-5.
[5]陈宇军,刘玉龙. BIM协同设计的现状和未来[J].建筑设计信息化,2010(04):26-29.
[6]邱贵聪,杨洁,陈一鸣. BIM+VR、AR应用研究[J].土木建筑工程信息技术,2018,10(3):22-27.
[7]刘旭红,武飞.基于BIM的虚拟现实技术(VR)在建筑工程中的创新应用[J].中外建筑,2018(4):134-136.
[8]何关培.《中国工程建设BIM应用研究报告2011》解析[J].土木建筑工程信息技术,2012,4(1):15-21.
[9]郑华海,刘匀,李元齐. BIM技术研究与应用现状[J].结构工程师,2015(4):233-241.