Abstract
Experimental and theoretical studies on the metal magnetic memory effect have been carried out. The normal component of the surface magnetic field intensity, Hp(y), was measured during rotary bending fatigue experiments. The results showed that the normal component Hp(y) varied greatly after application of stress, then became stable after several cycles. And magnetization under tensile stress was different from that under compressive stress. Based on dislocations pile-up and the influence of stress on the ferromagnetic domain, these results were discussed.
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