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Computer Modeling of Pulsed Eddy-Currents in Conducting Materials for NDT Purposes

机译:用于无损检测的导电材料中脉冲涡流的计算机建模

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摘要

The numerical modeling of single frequency eddy-current phenomena based on the magnetic vector potential has been successfully applied to many NDT applications [1–3]. Despite the considerable wealth of sinusoidal eddy-current literature, the numerical modeling of pulsed eddy-currents has received little attention. Most of the recent finite element transient eddy-current NDT modeling [4,5] employs a variational time-domain formulation for 2D and axisymmetric geometries. Since this model was tested against experimental measurements, it lacks rigorous quantitative verification required to be a useful NDT design tool.
机译:基于磁矢量势的单频涡流现象的数值模型已经成功地应用于许多无损检测应用[1-3]。尽管有大量的正弦涡流文献,但脉冲涡流的数值模型很少受到关注。最近的大多数有限元瞬态涡流NDT建模[4,5]对二维和轴对称几何采用变分时域公式。由于此模型是针对实验测量进行测试的,因此缺乏进行有用的NDT设计工具所需的严格的定量验证。

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