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Multi-mode Damage Detection Methods with Piezoelectric Wafer Active Sensors

机译:压电晶片有源传感器的多模式损伤检测方法

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摘要

PWAS are small and non-invasive transducers that can be easily affixed to a structure to interrogate it at will. Their wideband non-resonant properties make them advantageous candidates for multiple modes structural health monitoring (SHM) and nondestructive evaluation (NDE) simply by changing the driving frequencies. This paper presents research results obtained by using PWAS transducer for SHM/NDE. The results are given in the following directions: (1) PWAS operation principles; (2) PWAS electromechanical impedance measurements; (3) PWAS ultrasonic SHM/NDE; and (4) PWAS multi-mode corrosion detection. The analytical methods and experimental results can be successfully used in the design of active SHM systemsjo be embedded on operational structures, such as aircraft panels.
机译:PWAS是小型且无创的换能器,可以轻松地固定到结构上以随意查询。它们的宽带非谐振特性使它们仅通过更改驱动频率即可成为多模式结构健康监测(SHM)和无损评估(NDE)的有利候选者。本文介绍了使用PWAS传感器进行SHM / NDE的研究成果。结果如下:(1)PWAS的工作原理; (2)PWAS机电阻抗测量; (3)PWAS超声波SHM / NDE; (4)PWAS多模式腐蚀检测。这些分析方法和实验结果可以成功地用于有源SHM系统的设计中,并且可以嵌入到飞机面板等操作结构中。

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