Title
Predicting Probe Impedance Change in EC-NDI Using a 3D Finite Element Model
Publication Date
6-2001
Document Type
Conference Proceeding
Abstract
In order to aid in the interpretation of nondestructive eddy current inspection data this paper reports preliminary results obtained with a 3D Finite Element Model of a conducting plate with a semi-elliptical flaw for several inspection frequencies. The results include predicted impedance change patterns over a 2D scan of the flaw. The data are useful as training sets for automated evaluation of nondestructive inspection data. The numerical results were validated with benchmark experimental measurements.
COinS
Comments
Revilla, Arturo, Joseph H. Pierluissi, and Roberto A. Osegueda. "Predicting Probe Impedance Change in EC-NDI using a 3D Finite Element Model." AIP Conference Proceedings557, no. 1 (04/30; 2018/07, 2001): 961-968, https://aip.scitation.org/doi/abs/10.1063/1.1373860.