Abstract
The deformation behavior of the magnetic characteristics of maraging steel 03X11H10M2T (ЭП678), which is subjected to hardening followed by aging at temperatures of 400–580°C, is studied. Nonmonotonic variations of the coercive force in the elastic region are shown to result from two factors: the positive magnetoelastic effect and the presence of second-phase particles whose geometric size increases substantially with increasing aging temperature. Two-parameter nomograms are constructed that allow the current states of loaded structural elements made of the steel under study to be estimated from their magnetic characteristics.
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