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Fiber optic sensor reliability issues in structural health monitoring

机译:结构健康监测中的光纤传感器可靠性问题

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摘要

Reliability is an important aspect of any sensor, and especially in terms of long term monitoring of structures. Some issues pertaining to the reliability of optical fiber sensors in civil structures are discussed in this article. The strength and fatigue properties of optical fibers influence their performance, and life span. Lessons learnt from the reliability of optical fibers in the telecommunication industry are useful for assessment of reliability in optical fiber sensors. However, optical fiber sensors go through additional manufacturing steps, handling processes, and in general operate under environmental conditions and stress levels different from the telecommunication lines. In general, optical fiber sensors in structures are subjected to fatigue loading under high stresses. Other reliability concerns pertain to the effects of the packaging, installation issues at the construction site. These issues along with some of the results acquired from fatigue tests on fiber optic Bragg gratings and long gauge interferometric sensors are discussed in this article.
机译:可靠性是任何传感器的重要方面,尤其是在结构的长期监控方面。本文讨论了与民用建筑中的光纤传感器可靠性有关的一些问题。光纤的强度和疲劳特性会影响其性能和寿命。从电信行业的光纤可靠性中学到的经验教训对于评估光纤传感器的可靠性很有用。但是,光纤传感器要经历额外的制造步骤,处理过程,并且通常在与电信线路不同的环境条件和应力水平下运行。通常,结构中的光纤传感器在高应力下承受疲劳载荷。其他可靠性问题涉及在施工现场的包装,安装问题的影响。本文讨论了这些问题以及从光纤布拉格光栅和长规格干涉式传感器进行的疲劳测试中获得的一些结果。

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