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Control Surveying and Structural Health Monitoring Applied in Large Bridge

机译:大桥控制测量与结构健康监测

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In order to ensure the safety of the bridge, Control surveying and monitoring was applied in many ways. This paper introduces the surveying and monitoring methods, analyzes the surveying accuracy, discuses the effective measures. In case study, Trimble 5700 GPS, TPS, Levels were used to perform the control surveying, and video camera, camera, georobot, three-dimensional laser scanner and other graph or image sensors were used to monitor bridge deformation. The research shows that the relative error of the control network baseline is smaller than 10~(-6) and the elevation accuracy is satisfied with the standard. The control survey enabled all surveying, mapping and monitoring activities to share a common geodetic reference system, provided a reliable support for the monitoring of the piers, box girders, coastal topographic details as well as hydrographic activities. And the application of modern sensors and the data acquisition technology reflected the real-time deformation conditions of bridge and provided forecasting and alarming information at any time by ways of number, curves, graph and image with high efficiency.
机译:为了确保桥梁的安全,以多种方式应用控制测量和监测。本文介绍了测量和监测方法,分析了测量准确性,讨论了有效措施。在实例中,TRIMBER 5700 GPS,TPS,水平用于执行控制测量,以及摄像机,摄像机,岩浆,三维激光扫描仪和其他图形或图像传感器来监测桥梁变形。研究表明,控制网络基线的相对误差小于10〜(-6),对标准满足高程精度。控制调查启用了所有测量,映射和监控活动,以共享普通的大地测量参考系统,为监测码头,盒子梁,沿海地形详细信息以及水文活动提供了可靠的支持。现代传感器的应用和数据采集技术反映了桥梁的实时变形条件,并通过数量,曲线,图形和图像以高效率提供预测和报警信息。

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