Intense research efforts are focused on the development of advanced medium-manganese
steels intended for lighweight automotive components and other applications, where high …

Advanced medium-Mn sheet steels show an opportunity for the development of cost-
effective and light-weight automotive parts with improved safety and optimized …

Medium Mn steel (MMS) is a new category of the third-generation advanced high strength
steel (3rd AHSS) which is developed in the recent 1-2 decades due to a unique trade-off of …

The effect of deformation temperature (in a temperature range− 60° C–140° C) on the
kinetics of strain-induced martensitic transformation in a hot-rolled multiphase Fe-0.24 C-1.5 …

The study presents the results of investigation on two grades of fully austenitic high
manganese steels subjected to dynamic compression with usage of the Split Hopkinson …

Medium-Mn automotive sheet steels require optimized heat-treatment processes to obtain
benefits caused by strain-induced martensitic transformation of retained austenite (RA) …

Based on the tensile test in two-phase region, the damage evolution mechanism around AlN
non-metallic inclusions in Fe-8.5 Mn–3Al-0.2 C lightweight medium-Mn steel during warm …

The comparison of the dynamic mechanical behavior and microstructure of two medium
manganese sheet steels (3Mn–Al and 5Mn–Al) alloyed with aluminum is aimed. Mechanical …

The effect of N content on the characteristics and formation of inclusions in the Fe-5Mn-3Al
steels was investigated in this study. Two synthetic steel melts were produced by two …

This work linked properties and performance in as-cast condition for 3rd generation
advanced high strength steel (AHSS) by examining the effects of chemical composition and …