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Imaging and detection of cracks in metallic structures with Eddy current sensors

机译:涡流传感器的金属结构裂缝的成像和检测

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In this paper we propose an original analytical modeling applied to electromagnetic (EM) systems, in the aim of performing an inversion scheme. The purpose consists in imaging cracks through eddy current sensors, the image being constituted by an estimation of the conductivity of the piece of metal under test, voxel by voxel. There are plenty of industrial applications in Non Destructive Evaluations for monitoring of cracks in structures: Aeronautics, Metallurgy, ships building and so on. For modeling, a relatively new developed technique, called 'Distributed Points Source Method' (DPSM) has been used. This original modeling was invented at Ecole Normale Superieure of Cachan in 2000, and since developed and patented in many kind of applications (Ultrasonics, Electrostatics...).
机译:在本文中,我们提出了一种原始的分析模型,其应用于电磁(EM)系统,其目的是进行反演方案。目的在于通过涡流传感器的成像裂缝,该图像由估计被测金属片的导电性,体素的体素而构成。有大量的工业应用在非破坏性评估中,用于监测结构裂缝:航空,冶金,船舶建筑等。对于建模,已经使用了一种相对新的开发技术,称为“分布点源方法”(DPSM)。该原始建模是在2000年Cachan的Ecole Normale Supperure发明的,自从许多应用(超声波,静电......)开发和获得专利以来。

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