The effect of intercritical annealing on the microstructure and mechanical properties of a low
carbon steel with the chemical composition (wt%) of 0.12 C–1.11 Mn-0.16 Si is studied. The …

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 …

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 …

The current work focuses on complex multiphase microstructures gained in CrMo medium
carbon steel after ultra-fast heat treatment, consisting of heating with heating rate of 300° …

The microstructure and mechanical properties of an Fe-0.24 C-1.4 Mn-1.4 Si steel were
investigated after combining ultrafast heating (UFH) at a heating rate of 500° C/s followed by …

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 …

We used classical molecular dynamics simulation to study the ferrite–austenite phase
transformation of iron in the vicinity of a phase boundary to cementite. When heating a ferrite …

Main target of the present work is to elucidate the effect of both initial microstructure and
heating rate on phase transformations that occur during ultrafast processing. For this …

The current study focuses on the composition of the constituents that are obtained from ultra-
fast heating and the composition of the parent austenite that was achieved at the peak …

10.1.-Director del Proyecto PICT-2011-0459 del Fondo para la Investigación Científica y
Tecnológica (FONCyT). Titulo:“Desarrollo de métodos bioanalíticos para la determinación …