Reviews on factors affecting fatigue behavior of high-Mn steels

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초록

A variety of factors affect the fatigue behavior of high-Mn steels, which include both extrinsic (i.e., loading type, R ratio, specimen type, surface condition, temperature, and environment) and intrinsic (i.e., chemical composition, grain size, microstructure, stacking fault energy) factors. Very often, the influence of extrinsic factors on the fatigue behavior is even greater than that of intrinsic factors, misleading the interpretation of fatigue data. The metallurgical factors influence the initiation and propagation behaviors of fatigue by altering the characteristics of slip that is prerequisite for fatigue damage accumulation. It is however not easy to separate the effect of each factor since they affect the fatigue behavior of high-Mn steels in complex and synergistic way. In this review, the fatigue data of high-Mn steels are summarized and the factors complicating the interpretation are discussed.

키워드

high manganese steelpre-strainmicrostructuretwinningfatigueSTACKING-FAULT ENERGYCRACK-PROPAGATION BEHAVIORHIGH-CYCLE FATIGUEINDUCED PLASTICITY STEELS-N FATIGUEAUSTENITIC STAINLESS-STEELINDUCED MARTENSITIC-TRANSFORMATIONTENSILE DEFORMATION-BEHAVIORHIGH MANGANESE STEELSC TWIP STEEL
제목
Reviews on factors affecting fatigue behavior of high-Mn steels
저자
Kim, SangshikJeong, DaehoSung, Hyokyung
DOI
10.1007/s12540-017-7459-1
발행일
2018-01
유형
Review
저널명
Metals and Materials International
24
1
페이지
1 ~ 14