In this review, effects of initial microstructure before intercritical annealing and processing
routes of dual phase (DP) high strength steels are discussed. Prior-applied deformation …

In high-strength rebar, the various microstructures obtained by the Tempcore process and
the addition of V have a complex effect on the strength improvement of rebar. This study …

The crystallography of transformation products with different cooling rates has been
investigated in a typical low-carbon alloy steel, and its effect on low-temperature impact …

This study investigated the mechanical properties of steel in flanges, with the goal of
obtaining high strength and high toughness. Quenching was applied alone or in …

The beneficial effect of increasing the C and N contents on precipitation strengthening in V-
microalloyed steels is well known. However both C and N levels cannot be increased …

The present study focuses on the microstructural entities, emphasizing the role of
precipitates on the in-plane directional tensile responses, including the strain hardening …

An investigation was conducted to systematically explore the relationships among
microstructure evolution, continuous cooling transformation kinetics, and mechanical …

The quenching and tempering schedule has been implemented in Cu added microalloyed
steels,(LCu-0.6 wt.% Cu and HCu-1.1 wt.% Cu) to investigate the role of Cu on the structure …

In this study, the synergistic effect of the Nb content and cooling rate on the microstructural
transformation, precipitation behavior, and mechanical properties of hot-rolled rebar was …

The effect of cooling rates on acicular ferrite (AF) nucleation was observed in situ by laser
scanning confocal microscopy. The precipitation characteristics of TiN–MnS inclusions, the …