Abstract
Regular features of variation of the characteristics of strength and cyclic crack resistance are determined as a function of stage decomposition of solid solution in tempering of hardened maraging steels. Results obtained for sparingly alloyed maraging steels 03Kh11N10M2T and 03Kh11N10M2T1 are used for considering the probable mechanisms of the effect dispersion and nature of intermetallic segregations on the growth of fatigue crack at different levels of the amplitude of the stress intensity factor ΔK.
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