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A review of some advanced sensors used for health diagnosis of civil engineering structures

机译:用于土木工程结构健康诊断的一些先进传感器的综述

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摘要

The developments in structural health monitoring techniques have led to the invention of various sensors that can be effective damage indicator. Due to environmental or electromagnetic effects and need for constant energy source, the traditional sensors are unable to provide accurate and continuous measurements. In light of these events, new and improved sensors have been developed, along with wireless technology, to assist the monitoring process. With the need of detecting more than one damage parameters, multiplexed sensors have been the main interest of researchers. This paper deals with the different sensors used for determination of strain, acceleration and corrosion. A brief comparative study has been performed and presented in the following review paper. Multiplexed Fiber optics sensor have proved quite effective for SHM and proved to be a good competitor with other sensors. Optimum Sensor Placement technique developed for low level damage diagnosis is Iterated Improved Reduced System (IIRS) Method.
机译:结构健康监测技术的发展导致了本发明的各种传感器,可以是有效的损害指示器。由于环境或电磁效果,需要恒定能源,传统传感器无法提供准确和连续的测量。鉴于这些事件,已开发出新的和改进的传感器以及无线技术,以帮助监控过程。随着检测多个损伤参数的需要,多路复用传感器是研究人员的主要兴趣。本文涉及用于测定应变,加速和腐蚀的不同传感器。在以下审查纸上进行了简短的比较研究。多路复用光纤传感器对SHM证明非常有效,并被证明是与其他传感器的良好竞争对手。开发用于低水平损伤诊断的最佳传感器放置技术改进了减少系统(IIRS)方法。

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