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Laser-generated ultrasound applied to two layered materials characterization: semi-analytical model and experimental validation

机译:激光产生的超声波应用于两层材料表征:半分析模型和实验验证

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摘要

This paper presents a new and original model of laser ultrasonics, adapted to structures made of two homogeneous and orthotropic layers (painted metals, composites, etc.). The cylindrical symmetry of the model allows fast calculation andobservation of the displacements over a long duration. The simulations are compared with the experimental results performed with a Nd: Yag laser generation and a heterodyne interferometer. Applied to NDT. this model is used to optimize the choice of apaint covering a metallic plate in order to improve the detection of defects such as the effects due to corrosion.
机译:本文介绍了一种新的原始激光超声模型,适用于由两个均质且正交各向异性的层(油漆金属,复合材料等)制成的结构。该模型的圆柱对称性可以在较长的时间内快速计算和观察位移。将模拟与使用Nd:Yag激光发生器和外差干涉仪进行的实验结果进行比较。适用于无损检测。该模型用于优化覆盖金属板的涂料的选择,以改善对缺陷(如腐蚀产生的影响)的检测。

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