Transformation induced plasticity (TRIP) steels combine high strength and excellent ductility,
making them suited for application in crash-relevant parts in the automotive industry …

Medium Mn steels are promising candidates for the third-generation advanced high-strength
steels due to their good combination of ultimate tensile strength (UTS) and total elongation …

We studied the initial microstructures, mechanical responses and deformation-induced
microstructures of the medium-Al Fe-21Mn-6Al-1C-xSi (x= 0, 1.5, 3 wt.%) lightweight steels …

Herein, the microstructure and mechanical properties of medium‐carbon high‐silicon spring
steel are studied, which is alloyed and/or microalloyed with Cr, Mo, Ni, Cu, Nb, and V, and …

In the current study, a bainitic grade steel of 1.5 GPa and~ 35% elongation and a martensitic
grade steel with 2 GPa and~ 20% elongation have been developed. The uniqueness of the …

There is considerable research interest in developing medium Mn steels as part of the 3rd
generation of advanced high strength steels, mainly due to the possibility to achieve high …

High-and medium-Mn (H/M-Mn) base lightweight steels are a class of ultrastrong structural
materials with high ductility compared to their low-Mn counterparts with low strength and …

An obvious weakness of current press-hardened steels (PHS) is their poor toughness,
meanwhile, 1500 MPa is no longer a securely high strength for PITS to complete with cold …

Abstract A new Mn–Si–Al–Mo–Nb transformation-induced plasticity steel was annealed by
intercritical annealing for different durations to investigate the partitioning of C element and …

The microstructure and tensile behavior of low-density steels containing 5mass% Al were
investigated. An alloy obtained under a specific heat treatment condition showed …