In the present work, attempts have been made to design and develop low-carbon, low-alloy,
high strength carbide-free bainitic steels for application in heavy-haul rail tracks. The study …

This work investigated the effects of retained austenite (RA) stability on electrochemical
activity and stress corrosion cracking (SCC) of ultrafine bainitic (UFB) steel in marine …

It has been known that Nb precipitate strengthened steels attain an excellent combination of
strength and ductility. However, the effect of solute Nb on phase transformations, during …

This paper describes the development and characterisation of bainitic steel for rail
applications based on carbide-free, low-alloy steel. The results show that after rolling and …

The energy-efficient quenching and nonisothermal partitioning process has been shown to
engender an excellent strength-ductility combination in low alloy steels. Conventionally …

The low-carbon bainitic steel after a continuous cooling process was subjected to fracture
toughness investigations using the J-integral approach. The research was focused on the …

An air‐cooled low‐carbon Mn–Si–Cr alloyed steel with multiphase microstructure of carbide‐
free bainite/martensite (CFB/M) is developed. The kinetics of bainitic transformation during …

The work presents results of phase transformation kinetics of hot-rolled 5% Mn steel
subjected to different heat treatments. Three different schedules were introduced: isothermal …

The microstructure and mechanical properties of steel play important roles in its wear
resistance. In this study, low alloy medium carbon steel was prepared by alternating …

The effects of the cooling rate after hot deformation on phase transformation, the
microstructure of the designed nonquenched and tempered medium-carbon carbide-free …