Four low carbon bainite steels were designed to investigate the effects of Mo and Nb
addition on bainitic transformation, microstructures and properties by metallographic method …

This work is concerned with quantifying and discussing the influence of alloying elements on
the kinetics of bainite formation at low temperatures (220–250° C) in high carbon, high …

The distribution of B and other alloying elements (C, Cr, Mo) at prior austenite grain
boundaries (PAGBs) and in the matrix was quantified by atom probe tomography in a …

The possibility of obtaining steels with nano-size plates of bainitic-ferrite by isothermal
transformation at low temperature is set forth. These steels have attracted great interest due …

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 …

In this work, three low-carbon bainitic steels, with different Mo contents, were designed to
investigate the effects of Mo addition on microstructure and mechanical properties. Two-step …

Lath martensite substructures in as-quenched plain carbon steels exhibit dislocation-like
contrast in the transmission electron microscope. More recent observations reported internal …

The effects of boron segregation and austenite grain size on the bainitic isothermal
transformation of a high-strength steel were studied independently. Dilatometry …

This article presents a review of current results of theoretical and experimental studies of the
specific features of the structure that is formed in high-strength low-alloy steel in the process …

The role of Boron on the isothermal bainitic transformation in low-C, lean-alloyed steel was
investigated. B clearly affected both the transformation kinetics and the morphology of …