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Fiber Optic Strain Monitoring for Long-Term Evaluation of a Concrete Footbridge Under Extended Test Conditionss

机译:光纤应变监测在扩展测试条件下对混凝土人行桥的长期评估

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摘要

An optical fiber sensor system that can be installed and used to give reliable and informative data has been developed, tested, and evaluated, over an extended period of two years, on a redundant 50-year-old concrete footbridge whose conditions of use were well known. The bridge now serves as an operational test-bed as it has been taken out of service, and recently has been subjected to different known environmental and loading conditions. Thus in this paper, specific and controlled damage is induced, the effects are monitored, and thus the changes induced to the bridge are recorded, using the optical fiber sensor system over the test period. During this two-year survey, issues relating to the installation, use, data capture, and evaluation of performance not available in the present literature have been identified and addressed giving valuable information for the long-term evaluation on the installation and use of optical sensors to assess better such concrete structures.
机译:经过长达两年的开发,已经开发了一种光纤传感器系统,该系统可以安装并用于提供可靠的信息数据,并且在使用条件良好的50年冗余混凝土人行桥上进行了开发,测试和评估。众所周知。由于该桥已经停用,因此它现在已成为一个操作试验台,并且最近还处于不同的已知环境和负载条件下。因此,在本文中,使用光纤传感器系统在测试期间,会诱发特定的和受控的损坏,监控效果,并记录对桥造成的变化。在为期两年的调查中,已确定并解决了与安装,使用,数据采集和性能评估有关的问题,这些问题在当前文献中不存在,并提供了宝贵的信息,可对光学传感器的安装和使用进行长期评估评估更好的这种混凝土结构。

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