Magnetic fields have been widely used to control solidification processes. Here, high-speed
synchrotron X-ray tomography was used to study the effect of magnetic fields on …

The surging demand for large high-quality rotor shafts or similar steel components in heavy
industries (energy sector) poses new challenges to steelmakers. Based on the experience of …

Three-dimensional mathematical model was established to investigate the solidification
behavior during the continuous casting of a round bloom with the diameter of 0.7 m, where a …

Macrosegregation defect is one of the main concerns during continuous casting which
strongly deteriorates the steel quality. In this study, a mathematical model was established to …

The critical magnetic induction (Bcr) values of a melt flow produced by a rotating magnetic
field (RMF), remaining laminar or turbulent, are essential in different solidification processes …

The primary objective of this study is to examine the effect of a uniformly constant spanwise
magnetic field on exact coherent states and their structures in channel flow. Exact coherent …

The simulation of the solidification of alloys (like steel or aluminium alloys), which is carried
out by using the melt flow induced by a rotation magnetic field (RMF), needs the correct …

The time-varying Lorentz force field (tvLFf), induced by harmonic magnetic field, is widely
used in materials pocessing, one of its typical applications is electromagnetic stirring in …

Electromagnetic-coupled manufacturing processes involve strong multiphysics couplings
between electromagnetism and other physical fields. Their design and optimisation are quite …

A forgó mágneses mező (RMF) kritikus mágneses indukciós (Bcr) értékeinek ismerete,
amelyek estében az RMF által keltett olvadék áramlás lamináris marad (a kritikus Reynolds …