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首页> 外文期刊>International Journal of Sustainable Materials and Structural Systems >Spatially continuous fully distributed microwave-photonic and coaxial cable sensors for structural health monitoring
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Spatially continuous fully distributed microwave-photonic and coaxial cable sensors for structural health monitoring

机译：用于结构健康监测的空间连续全分布的微波光子和同轴电缆传感器

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摘要

This report summarises our recent research progresses in developing new distributed sensing technologies for structural health monitoring (SHM)based on the new microwave-photonic and coaxial cable platforms. The two new platforms have the combined advantages of high measurement resolution, large strain capability, long span of coverage, easy-to-install/embed, spatial continuity (no dark zones), and flexible gauge lengths. The new distributed sensing technology may bring a revolutionary tool to address a number of insufficiently-studied areas in SHM, such as distributed monitoring of cracks and corrosion, post seismic monitoring to ensure mission-critical services in disaster responses and emergency evacuations, study of the progressive structural failures/collapses under extreme loads, and high performance smart structures.
机译：本报告总结了我们最近的研究基于新的微波 - 光子和同轴电缆平台开发了开发结构健康监测（SHM）的新分布式传感技术。 这两台新平台具有高测量分辨率，大大应变能力，覆盖率长，易于安装/嵌入，空间连续性（无暗区）和柔性规格长度的优点。 新的分布式传感技术可能会带来革命性的工具，以解决SHM的许多不足的地区，例如分布式监测裂缝和腐蚀，后地震监测，以确保灾害响应和紧急疏散的关键任务服务，研究 逐行结构故障/折叠在极端负载下，高性能智能结构。

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