江苏水利Issue(5)：53-58,6.
基于BIM技术的新型大孔闸工程全生命周期质量安全预警系统研究与应用
Research and application of a full-lifecycle quality and safety early warning system for a new type large aperture sluice project based on BIM technology
摘要
Abstract
By conducting an in-depth analysis of the application prospects of building information modeling(BIM)technology in large aperture sluice projects,this study explores its advantages in safety early warning during the design,construction,and operation and maintenance phases.Based on this,a framework for a quality and safety early warning system for the full lifecycle of large aperture sluice projects is constructed.This early warning system utilizes BIM technology to integrate big data,enabling it to accurately simulate various factors that affect quality and safety.As a result,it can optimize the design scheme,promptly detect and eliminate potential safety hazards,and significantly improve the operational reliability and maintenance efficiency of large aperture sluice projects.To verify the effectiveness of the proposed system,taking the large aperture sluice project at Jiepu Port of the Wusong River as a case,this paper elaborates in detail how the BIM-based system plays a key role in improving the safety management level throughout the entire lifecycle of the project.It provides important references and practical demonstrations for the development of quality and safety early warning systems for similar projects in the future.关键词
BIM/大孔闸工程/安全预警系统Key words
BIM/large aperture sluice projects/safety early warning system分类
水利科学引用本文复制引用
王卫,朱晨辉,周金晶,杜艾群,尚琦智,杨杰..基于BIM技术的新型大孔闸工程全生命周期质量安全预警系统研究与应用[J].江苏水利,2025,(5):53-58,6.基金项目
江苏省水利科技项目(2023034) （2023034）
