• Materials Science
  • Published 2009

STACKING FAULT ENERGY ANALYSIS FROM POINT OF VIEW OF PLASTIC DEFORMATION RESPONSE OF THE TWIP AND TRIPLEX ALLOYS ANALÝZA ENERGIE VRSTEVNÉ CHYBY Z HLEDISKA ODEZVY VE VYSOKOMANGANOVÝCH SLITINÁCH TWIP a TRIPLEX

@inproceedings{Mazancov2009STACKINGFE,
  title={STACKING FAULT ENERGY ANALYSIS FROM POINT OF VIEW OF PLASTIC DEFORMATION RESPONSE OF THE TWIP AND TRIPLEX ALLOYS ANAL{\'Y}ZA ENERGIE VRSTEVN{\'E} CHYBY Z HLEDISKA ODEZVY VE VYSOKOMANGANOV{\'Y}CH SLITIN{\'A}CH TWIP a TRIPLEX},
  author={Eva Mazancov{\'a} and Ivo Schindler and Karel Mazanec},
  year={2009}
}
In contribution attention to stacking fault energy level of high manganese alloys is payed. Stacking fault energy is an important parameter influencing deformation mechanism type realized in above mentioned alloys. The level of stacking fault energy can be connected with a) dislocation gliding both partial and full ones, further b) with gliding mechanism and deformation induced e-martensite formation or with c) gliding mechanism in connection with twinning deformation process and/or d) gliding… CONTINUE READING

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