Experimental results show that heat-and mass-transfer processes in recirculating turbulent
flows, which comprise several vortexes of the mean flow, are significantly influenced by low …

Fluid flow and mixing in an inductively stirred ladle are modeled mathematically. The effect
of two modes of electromagnetic stirring on motion is simulated; one produces a …

A numerical model based on the assumption that carbon monoxide bubbles form due to
reaction between carbon and oxygen on the rough surface of inclusions is introduced to …

Herein, the combined influence of reactive cleaning and active filtration on inclusion removal
is investigated using numerical simulations. Carbon‐bonded ceramic foam filters with active …

The present paper deals with a numerical investigation of the turbulent melt flow driven by
the electromagnetic force in an induction furnace. The main scope of the paper is to present …

In the present article, the performance and the efficiency of ceramic filters for continuous
steel filtration in an induction crucible furnace, which is part of the steel casting simulator …

In the paper, a new water model of the turbulent recirculating flow in an induction furnace is
introduced. The water model was based on the principle of the stirred vessel used in …

This work is intended to the investigation of the turbulent flow properties and particle
dynamics under the influence of EM and gravitational forces in induction crucible furnaces …

A mathematical model is developed to investigate the electromagnetic induction heating in a
continuous casting tundish with the double-loop inductor. Maxwell's equations are solved …

The nitrogen content of INCONEL 718 superalloy is a key factor in determining its
performance. Vacuum induction melting (VIM) is the main stage of nitrogen removal in the …