摘要
为了优化矮塔斜拉转体桥的施工监测方法,本文介绍了工程项目概况,并详细阐述了基于BIM技术的桥梁结构模型建立过程。通过对施工关键部位的结构线形监测和拉索索力监测的探讨,分析了BIM技术在施工监测中的应用及其效果。研究提出,利用BIM模型进行实时监测和数据分析,能显著提高施工效率和安全性。研究结果表明,BIM监测方法能准确反映桥梁结构的变形和索力状态,为矮塔斜拉转体桥的施工提供了有效的技术支持。
In order to optimize the construction monitoring method of the low tower cable-stayed rotating bridge,this article introduces the overview of the engineering project and elaborates on the process of building a bridge structure model based on BIM technology.By exploring the monitoring of structural linearity and cable tension in key construction areas,the application and effectiveness of BIM technology in construction monitoring were analyzed.Research suggests that using BIM models for real-time monitoring and data analysis can significantly improve construction efficiency and safety.The research results indicate that the BIM monitoring method can accurately reflect the deformation and cable tension status of bridge structures,providing effective technical support for the construction of low tower cable-stayed rotating bridges.
作者
李艳妮
Li Yanni(China Railway 21st Bureau Group Road and Bridge Engineering Co.,Ltd.,Xi'an,China)
出处
《科学技术创新》
2025年第1期162-165,共4页
Scientific and Technological Innovation
关键词
矮塔
斜拉转体
BIM
监测
桥梁
dwarf tower
diagonal rotation
BIM
monitoring
bridges
