巫云开高速建设项目网格化安全管理研究  

Research on Grid-based Safety Management for the Wuyun-Kai expressway Construction Project

作　　者：陈杰 李淑华 龚兴旺 Chen Jie;Li Shuhua;Gong Xingwang

机构地区：[1]江苏中车机电科技有限公司 [2]中铁二院重庆勘察设计研究院有限责任公司

出　　处：《交通与港航》2025年第2期68-73,共6页Communication & Shipping

摘　　要：研究了巫云开高速建设项目中的网格化安全管理,重点探讨了基于建筑信息模型技术(BIM)和地理信息系统(GIS)的集成应用及其在管理平台中的设计与实施。数据分析表明,“BIM+GIS”应用系统通过信息化手段,实现了施工现场安全管理的精细化和动态化,显著提高了隐患排查效率和减少了隐患数量。系统实施后,各标段的隐患数量均显著减少,但减少程度和波动情况存在差异:YZSG-1标段隐患数量减少但波动较大,YZSG-2标段隐患数量显著减少且波动较小,YZSG-3标段隐患数量显著减少但仍有波动。结果验证了网格化管理结合“BIM+GIS”应用系统在提升施工安全管理水平中的有效性。未来研究应进一步优化网格化管理与BIM技术的结合,提升管理系统的精细化程度和信息化水平,推动施工安全管理的持续改进。This study investigates the grid-based safety management in the Wuyun-Kai expressway construction project,focusing on the integration and implementation of Building Information Modeling(BIM)and Geographic Information Systems(GIS)within the management platform.Data analysis shows that the"BIM+GIS"application system,through digital means,has achieved refined and dynamic safety management of the construction site,significantly improving hazard identification efficiency and reducing the number of hazards.After the system's implementation,the number of hazards in each section significantly decreased,although the degree of reduction and fluctuation varied:the YZSG-1 section saw a decrease with greater fluctuations,the YZSG-2 section saw a significant decrease with smaller fluctuations,and the YZSG-3 section saw a significant decrease with some remaining fluctuations.These results confirm the effectiveness of combining grid-based management with the"BIM+GIS"system in enhancing construction safety management.Future research should further optimize the integration of grid-based management and BIM technology,enhance the refinement and informatization of the management system,and promote continuous improvement in construction safety management.

关 键 词：网格化安全管理 BIM+GIS应用系统 管理平台 隐患排查 数据分析 

分 类 号：U415.1[交通运输工程—道路与铁道工程]