Abstract
A method of Magnetic Adaptive Testing (MAT) has been developed lately for optimized non-destructive detection and analysis of variation/degradation of non-magnetic features of ferromagnetic materials. Based on simple measurement of representative pools of magnetic hysteresis data, and on the fact that the inspected material degradation modifies the corresponding data-pools, remarkable magnetic descriptors - optimally adapted to the investigated system - can be picked up from the pools. The current experience from various tested systems showed so far that the MAT-optimized descriptors of the material degradation were always more convenient than the traditional magnetic parameters applied for the same purpose in the classical method of magnetic hysteresis non-destructive testing.
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