On the prediction of the structure of ingots solidifying in RMF

A. Kapusta; B. Mikhailovich; S. Khripchenko; I. Kolesnichenko

doi:10.22364/mhd.51.3.8

On the prediction of the structure of ingots solidifying in RMF

A. Kapusta, B. Mikhailovich, S. Khripchenko, I. Kolesnichenko

Department of Mechanical Engineering

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

The structure formation of ingots crystallizing from the melt takes place near the crystallization front in boundary layers (namely, in the hydrodynamic boundary layer whose thickness is determined by the melt stirring intensity and temperature and by concentration layers in the case of alloy crystallization), and depends on heat and diffusion fluxes that specify the melt solidification rate. Therefore, we focus here on studying the influence of electromagnetic stirring on heat and momentum transfer near the crystallization front.

Original language	English
Pages (from-to)	473-483
Number of pages	11
Journal	Magnetohydrodynamics
Volume	51
Issue number	3
DOIs	https://doi.org/10.22364/mhd.51.3.8
State	Published - 1 Jan 2015

ASJC Scopus subject areas

General Physics and Astronomy
Electrical and Electronic Engineering

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10.22364/mhd.51.3.8

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abstract = "The structure formation of ingots crystallizing from the melt takes place near the crystallization front in boundary layers (namely, in the hydrodynamic boundary layer whose thickness is determined by the melt stirring intensity and temperature and by concentration layers in the case of alloy crystallization), and depends on heat and diffusion fluxes that specify the melt solidification rate. Therefore, we focus here on studying the influence of electromagnetic stirring on heat and momentum transfer near the crystallization front.",

author = "A. Kapusta and B. Mikhailovich and S. Khripchenko and I. Kolesnichenko",

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AB - The structure formation of ingots crystallizing from the melt takes place near the crystallization front in boundary layers (namely, in the hydrodynamic boundary layer whose thickness is determined by the melt stirring intensity and temperature and by concentration layers in the case of alloy crystallization), and depends on heat and diffusion fluxes that specify the melt solidification rate. Therefore, we focus here on studying the influence of electromagnetic stirring on heat and momentum transfer near the crystallization front.

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On the prediction of the structure of ingots solidifying in RMF

Abstract

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