The noncontact heating technology of IH targets heat directly where it is needed through the
electromagnetic energy adsorption and conversion of magnetic materials. Unlike …

A mathematical model for determining the temperature field of a bimetallic plate with plane-
parallel boundaries during short-term induction heating by a non-stationary electromagnetic …

Inverse problems can be challenging and interesting to study in the context of metallurgical
processes. This work aims to carry out a method for inverse modeling for simultaneous …

This study aimed to analyze and optimize the thermal induction hardening process applied
to toothed transmission gears, focusing on thermal aspects, structural deformation, and …

Methanol steam reforming (MSR) is one of the most feasible methods for online hydrogen
production and has broad prospects. However, the current development of online hydrogen …

The design of a hardening process that can achieve the desired level of hardening quality is
paramount for spur gear teeth, as a poorly executed process may result in a variety of defect …

In this paper, an experimental and numerical study of a novel heating strategy is shown for
thin profiled workpieces using induction and convective heating at the same time. A …

Transition processes in a steel conductive strip are analyzed during its induction heating
under a quasi-steady electromagnetic field. In particular, the temperature field in the strip is …

The paper presents the original general model of induction surface hardening based upon
analysis of coupled electromagnetic, thermal, mechanical and metallurgical phenomena …

Modern induction heating technology (IHT) aims to regulate the heat generation inside the
billet to obtain the target temperature at the desired location and time. This study presents a …