The basic concept of thermomechanical treatment (TMT) or thermomechanical controlled
processing (TMCP) is responsible for the development of many advanced steel grades with …

Induction hardening is a useful method for improving resistance to surface indentation,
fatigue and wear that is favoured in comparison with through hardening, which may lack …

Thermal characterization of semicrystalline polymers can constitute a difficult task due to the
metastable nature of polymer crystals. It is well documented that polymer structure can …

Residual stresses in components are an important issue in most manufacturing processes,
as they influence the performance of the final part. Regarding hot forming processes there is …

Based on dilatometric tests, the effect of various values of previous deformation on the
kinetics of austenite transformations during the cooling of 100Cr6 steel has been studied …

This paper aims to analyze the effect of deformation on the phase transformation kinetics of
low-carbon structural steel. The steel used for the investigation was subjected to two …

The role of plotting of diagrams of isothermal and thermokinetic transformations of
supercooled austenite in the development of heat treatment processes of steels is …

Sažetak The aim of this article was to assess the impact of previous plastic deformation on
the kinetics of transformations of four selected steels. The research was conducted with use …

In this study, high-carbon Nb microalloyed hot rolled steel plates are subjected to quenching
and partitioning (Q&P) treatment at different temperatures and time durations. Dilatometry …

Application of numerical simulations to improve forging technology for crank shafts is the
objective of this work. Plastometric tests were performed for steels used for manufacturing of …