地下工程施工监测平台的研究与应用
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摘要
通过使用新的技术手段,将项目信息管理、建筑信息模型和物联网三大信息技术与地下工程相结合,形成一套适合于地下工程特点的地下工程自动化监测系统及管理平台。通过平台,能够帮助现场的测量人员快速、方便、准确的对测量的数据进行有效的管理,实现顶管和沉井模型从参数化建模到监测的的动态可视化过程,有效的掌控施工项目的质量安全情况,最终,通过平台为施工企业留下大量的数据财富用以支撑类似工程项目的施工。
New technical means combine project information management,building information model and Internet of Things,three major information technologies,with underground engineering,forming a set of underground engineering automation monitoring system and management platform which are suitable for underground engineering features. Through the platform,it can help on-site surveyors to effectively and efficiently measure data quickly,easily and accurately. Then we can realize the dynamic visualization process of the pipe jacking and sinking model from parametric modeling to monitoring,effectively control the quality and safety of the construction project. Finally,through information management to leave a large amount of data wealth for construction companies to support the construction of similar projects.
New technical means combine project information management,building information model and Internet of Things,three major information technologies,with underground engineering,forming a set of underground engineering automation monitoring system and management platform which are suitable for underground engineering features. Through the platform,it can help on-site surveyors to effectively and efficiently measure data quickly,easily and accurately. Then we can realize the dynamic visualization process of the pipe jacking and sinking model from parametric modeling to monitoring,effectively control the quality and safety of the construction project. Finally,through information management to leave a large amount of data wealth for construction companies to support the construction of similar projects.
引文
[1]张朝彪．近距离两沉井施工与成排顶管穿越铁路及运河的建造技术[J]．建筑施工，2019,41(2):298-300.
[2]刘玉强．信息化测绘条件下的地铁施工监测方法探讨[J]．科技风，2019(2):115-116.
[3]刘国光．BIM技术在深基坑监测中的应用与研究[J]．北京测绘，2018,32(3):359-362.
[4]赵峰．基于BIM的基坑工程自动化监测平台研发[J]．煤田地质与勘探，2018,46(2):151-158.
[2]刘玉强．信息化测绘条件下的地铁施工监测方法探讨[J]．科技风，2019(2):115-116.
[3]刘国光．BIM技术在深基坑监测中的应用与研究[J]．北京测绘，2018,32(3):359-362.
[4]赵峰．基于BIM的基坑工程自动化监测平台研发[J]．煤田地质与勘探，2018,46(2):151-158.