HEAT EXCHANGE OF AN ELECTRICALLY CONDUCTING LIQUID IN A SPHERICAL INTERLAYER

The results of numerical modeling of unsteady heat exchange and magnetic hydrodynamics of an electrically conducting liquid in a spherical interlayer with regard to the Joule heat dissipation are presented. The infl uence of the magnetic Reynolds number and homochronicity number on heat exchange evolution and magnetic hydrodynamics of liquid was investigated.
The results of numerical modeling of unsteady heat exchange and magnetic hydrodynamics of an electrically conducting liquid in a spherical interlayer with regard to the Joule heat dissipation are presented. The infl uence of the magnetic Reynolds number and homochronicity number on heat exchange evolution and magnetic hydrodynamics of liquid was investigated.
Author:  S. V. Solov′yov
Keywords:  mathematical modeling, unsteady heat exchange, magnetic hydrodynamics, Joule heat dissipation, spherical layer
Page:  375