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An acousto-ultrasonics pattern recognition approach for damage detection in wind turbine structures

机译:风力涡轮机结构损伤检测的声学 - 超声波模式识别方法

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The design of a Structural Health Monitoring (SHM) systems is a requirement in the task of improving the safety and maintainability of the structures. Among the multiple techniques available for health monitoring, acousto-ultrasonics (AU) offers the possibility of inspecting large areas of structures from a piezoelectric active sensor network with a relatively small number of sensors. This paper proposes the use of an active piezoelectric sensor network which uses PZTs transducers working as sensors or actuators in different actuation phases to inspect a wind turbine structure to determine the presence of damages by analysing the data from the sensors with multivariate statistical methods such as PCA and damages indices in order to discern damages from the healthy structure.
机译:结构健康监测(SHM)系统的设计是提高结构的安全性和可维护性的任务的要求。在用于健康监测的多种技术中,Acousto-Ultrasonics(AU)提供了从压电有源传感器网络中检查大面积的结构,具有相对较少的传感器。本文提出了一种有源压电传感器网络,该活性压电传感器网络使用PZTS换能器作为不同的致动阶段中的传感器或致动器,以检查风力涡轮机结构,以通过从传感器与多变量统计方法(如PCA)分析数据来确定损坏的存在并损害指数以辨别损坏健康结构。

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