The previous research on tempered nanostructured bainite has been mainly focused on the
carbide precipitation at high temperatures with few details on nanostructured bainite …

In this investigation, the evolution of the mechanical stability of retained austenite (RA) and
the strength-plasticity of nanostructured bainitic steel tempered at a temperature ranged from …

The effect of Si addition on the evolution of bainitic transformation, carbon diffusion, carbide
formation, and dislocation density in steel was investigated using in-situ high-energy X-ray …

Recent studies using atom probe tomography (APT) show that bainitic ferrite formed at low
temperature contains more carbon than what is consistent with the paraequilibrium phase …

The bainitic ferrite phase formed at temperatures below 573 K (300° C) in high-carbon high-
silicon steels holds an amount of carbon well above that expected from the thermodynamic …

Nano-scale investigations of bainitic structures formed at temperatures below 350° C have
shown that the bainitic ferrite lattice is super-saturated in carbon. A high density of intrinsic …

Tempering a medium carbon carbide-free bainite steel led to two distinct microstructures
and properties below and above the bainitic start (Bs) temperature. Austenite decomposition …

The mechanical properties of carbide-free bainitic steels used in sports equipment were
investigated. The nanobainitic ferrite was introduced in bainitic steel to enhance the stability …

This study investigates the bainitic transformation kinetics of carbide-free bainitic steel with
Si+ Al and carbide-bearing bainitic steel without Si+ Al, as well as the phase transformation …

Characterisation at the nanoscale of bainite formed at low temperatures revealed that
bainitic ferrite holds an amount of carbon above that expected from the paraequilibrium with …