The purpose of the present contribution is to review the current knowledge about the
relationship between the micro-structure of cold rolled intercritically annealed low alloy TRIP …

New concepts proposed for processing of dual phase (DP) steels as one of the main classes
of advanced high-strength steels (AHSSs) to enhance their mechanical properties (strength …

Local deformation and damage mechanisms have been studied for a commercial DP600
steel using in-situ tensile testing inside a scanning electron microscope (SEM) in …

Two plain carbon steels with varying manganese content (0.87 wt pct and 1.63 wt pct) were
refined to approximately 1 μ m by large strain warm deformation and subsequently …

The influence of annealing atmosphere oxidation potential (ie pH2O/pH2 ratio) on the
surface condition of an industrial dual-phase steel alloyed with 2wt.% Mn and 0.3 wt.% Mo …

This study presents processing and properties of dual-phase (DP) steels, which contain
islands of martensite among ferrite grains effectively reinforced by abundant carbide …

In-situ alloying in steel can be achieved in the binder jet additive manufacturing process by
incorporating alloying elements into the binder. However, using binders with nanoparticle …

Most advanced high-strength steel products contain complex phases, including ferrite,
bainite and martensite, which form successively during elaboration. It is essential to …

The synergistic effects of the initial microstructure and the intercritical annealing time on the
microstructure and tensile properties of low carbon steel were studied. It was found that by …

A new maraging steel, based on carbide precipitation, is described. Two alloys were
designed namely Fe-10Mn-0.25 C-2Cr-1Mo wt%(2CrMo) and Fe-10Mn-0.25 C-1Cr-2Mo …