摘要
文章以提高隧道防渗体系的可靠性与智能化程度为目标,引入渗漏水成因、智能预警技术与排水设计理论,研究隧道渗漏水分级标准与事故树模型,并建立基于3D激光扫描的隧道渗漏水探测技术与智能监控预警体系。研究表明,借助智能控制技术,能够准确辨识漏水隐患并进行分类预警;同时,优化排水系统的设计与建造工艺,可以显著增强防渗效果。新的智能化与预警与排水设计方案具备出色的排水效能和快速反应能力,为隧道工程的安全运行提供保障。
The paper aims to enhance the reliability and intelligence of tunnel anti-seepage systems.It integrates the causes of seepage and leakage,intelligent warning technology,and drainage design theory.The research explores tunnel leakage classification criteria and accident tree models,and develops a tunnel seepage detection technology and intelligent monitoring and warning system based on 3D laser scanning.The results show that intelligent control technology can accurately identify leakage risks and classify warnings.Optimizing the drainage system design and construction process significantly improves seepage prevention.The new intelligent drainage system demonstrates excellent drainage efficiency and rapid response,providing reliable safety assurance for tunnel engineering.
出处
《智能城市》
2025年第5期110-113,共4页
Intelligent City
关键词
隧道
渗漏水
排水板
智能化预警
tunnel
leakage water
drainage board
intelligentization warning
