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 …

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 effect of ultra-fast heating on the microstructures of steel has been thoroughly studied
over the last year as it imposes a suitable alternative for the production of ultra high strength …

The influence of the heating rates from 10 to 1000° C/s and annealing temperatures on the
microstructure and mechanical properties of two 0.2% C, 1.9% Mn, 1.4% Si cold-rolled …

The use of the ultrafast heating (UFH) heat treatment process attracted great attention in the
last few years, following the requirements for CO2 emissions reduction. The effect of ultrafast …

Flash processing (FP) has attracted considerable attention due to its high efficiency,
economic advantages, and the extraordinary opportunity if offers to improve the mechanical …

The main objective of this study is to understand the effect of the soaking time during the
ultrafast heat treatment of a low carbon steel on its complex multi-phase microstructure …

Texture and microstructure formation during annealing of a 75% cold rolled AHS steel,
reheated at a rate of 10 C/s to∼ 3000 C/s were studied with the purpose to investigate the …

In this work, we investigate the sensitivity of the microstructure and mechanical properties of
an ultrafast heat treated low carbon-steel to the peak temperature. In all studied cases, the …

Theoretically, the preheating temperature refers to the start martensite temperature (Ms), and
the martensite transformation can be considered as the conservation of the invariant habit …