基于sarma算法和arcgis的边坡远程智能监测系统研究

Jian Gong, Kexin Zhang, Houji Zhang, Honglei Zhang
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引用次数: 0

摘要

首先选取刘安高速公路某典型边坡作为研究对象。然后,在Sarma算法的基础上,考虑非均匀边界条件、含水率、配筋角度等影响因素,开发了基于改进Sarma算法的边坡稳定性分析系统,建立了边坡的工程地质模型和远程智能监测系统平台。在此基础上,选取典型路段坡度进行远程监测预警。利用ArcGIS技术对监测数据进行差异性分析,实现GIS三维可视化,验证系统的三维可视化监测效果。结果表明,该系统稳定可靠。范围和精度满足规范要求,能有效实现公路边坡的三维可视化监测。并可实现四级预警,为高速公路的长期安全运行奠定基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STUDY ON REMOTE INTELLIGENT MONITORING SYSTEM OF SLOPE BASED ON SARMA ALGORITHM AND ARCGIS
Firstly, a typical slope on Liu-An highway was selected as the research object. Then, based on the Sarma algorithm and considering the influence factors such as inhomogeneous boundary conditions, water content and reinforcement Angle, A slope stability analysis system based on the improved Sarma algorithm is developed to build an engineering geological model and a remote intelligent monitoring system platform for the slope. On this basis, we select the slope of typical road sections for remote monitoring and pre-warning. ArcGIS technology is used to carry out difference analysis of monitoring data, realize GIS 3D visualization, and verify the 3D visualization monitoring effect of the system. The results show that the system is stable and reliable. The range and precision meet the specification requirements, and can effectively realize the 3D visualization monitoring of highway slope. It can also realize four-level pre-warning, which lays a foundation for the long-term safe operation of highway.
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