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In this paper, a scheme for reconstruction of deep Stress Corrosion Cracks (SCC) from ECT signals is proposed based on a layering analysis and multi-frequency excitation strategy in order to improve the sizing accuracy of SCC. The shape profiles and conductivity of the crack are reconstructed respectively using a hybrid inversion scheme. The sizes of several cracks are reconstructed from simulated signals of conductive notches. It is demonstrated that the new strategy can give some improvements in the sizing of artificial SCCs.
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