HEAT TRANSFER OF AN ELECTRICALLY CONDUCTING LIQUID DURING THE REMOVAL OF HEAT FROM THE EXTERIOR SURFACE OF A SPHERICAL LAYER, AT SMALL VALUES OF THE MAGNETIC REYNOLDS NUMBER

Volume 96, №3

HEAT TRANSFER OF AN ELECTRICALLY CONDUCTING LIQUID DURING THE REMOVAL OF HEAT FROM THE EXTERIOR SURFACE OF A SPHERICAL LAYER, AT SMALL VALUES OF THE MAGNETIC REYNOLDS NUMBER

Results of the numerical modeling of the nonstationary heat transfer and magnetic hydrodynamics of an electrically conducting liquid in a spherical layer have been presented. A study has been made of the infl uence of small values of the magnetic Reynolds number and the dissipation of Joule heat on the evolution of the structure of liquid fl ow, the temperature fi eld, magnetic induction, and the distribution of Nusselt numbers

Author: S. V. Solov′ev
Keywords: mathematical modeling, nonstationary heat transfer, magnetic hydrodynamics, magnetic Reynolds number, Joule-heat dissipation, spherical layer
Page: 612

Link

S. V. Solov′ev. HEAT TRANSFER OF AN ELECTRICALLY CONDUCTING LIQUID DURING THE REMOVAL OF HEAT FROM THE EXTERIOR SURFACE OF A SPHERICAL LAYER, AT SMALL VALUES OF THE MAGNETIC REYNOLDS NUMBER //Journal of engineering physics and thermophysics. . Volume 96, №3. P. 612.

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