A novel in-situ scanning electron microscope (SEM) characterization technique for
observing phase transformation is developed and its results studied and compared to well …

Numerical and Gleeble experimental data are combined to predict potential microstructure
and hardness profiles through the wall thickness of an induction hardened slurry …

Dual-phase steels are generally used in the car industry due to high tensile strength and
good formability, which are obtained by a mixture of bainite and ferrite phases. This …

A combination of experimental and numerical approaches was applied for constructing a
dynamic model for thermomechanical processing, which was used for simulating laboratory …

High-strength low alloy martensitic alloy steels are produced by quenching methods to
achieve a martensitic microstructure. The carbon supersaturation of the martensitic structure …

A novel two-dimensional cellular automata model for simulating the formation of lath
martensite and bainite in steels during cooling is presented. The model is parameterized …

In order to study the coupled effect of rolling deformation, heat transfer and water cooling on
microstructure formation of a steel strip, a multiscale and multiphysical FE-model is …

Purpose The purpose of this work is to determine the induction hardening behavior of a new
steel composition. For this purpose, Flux2D commercial software together with a Gleeble …

The thermo-mechanical processing history together with the steel composition defines the
final microstructure, which in turn produces the macroscopic mechanical properties of the …

Accurate control of the temperature of the workpiece is crucial when carrying out thermal
processing of steel. Effective heat transfer coefficient for water cooling of hot rolled steel was …