The adoption of the ultrafast heating (UFH) process has gained much attention in the last
few years, as the green energy and minimization of CO2 emissions are the main aspects of …

Ultrafast heating (UFH) at the rates of 10–300° C/s was employed as a new strategy to
anneal a cold-rolled 7wt% Mn steel, followed by the immediate cooling. Severely deformed …

The induction hardening behavior of a new, hot-rolled 0.4 wt% carbon steel with the two
different starting microstructures of upper and lower bainite has been simulated using a …

This study aims at determining the influence of laminar plasma quenching (LPQ) on the
rolling contact fatigue (RCF) behaviour under water condition of high-speed railway wheel …

In this study, UltraFast Heat Treatment (UFHT) was applied to a soft annealed medium
carbon chromium molybdenum steel. The specimens were rapidly heated and subsequently …

This work focuses on the effect of soaking time on the microstructure during ultrafast heat
treatment of a 50% cold rolled low carbon steel with initial ferritic-pearlitic microstructure …

The influence of carbon concentration variations on pearlite formation (20 h at 600° C) in a
case-carburized steel is investigated. The resultant microstructure shows three distinct …

The aim of the present study is to evaluate the impact of heating rate on the microstructure
and tensile properties of cold-rolled low and medium carbon steels. For this purpose, cold …

In this study an Fe-0.28 C-1.91 Mn-1.44 Si cold-rolled steel was subjected to conventional
(10° C/s) and ultrafast (100° C/s-700° C/s) heating peak annealing treatments, followed by …

Fast-heating annealing method provides a new possibility to produce high-performance
dual-phase (DP) steel by controlling austenite decomposition upon cooling. A quenching …