List of issues > Series «Earth Sciences». 2015. Vol. 12
Modeling Convective Heat Transfer of Electroconductive Fluid in a Spherical Cavity. PART I
Author(s)
S. V. Solovyov
Abstract
In this paper, based on mathematical modeling, the convective heat transfer electroconductive liquids with regard to the internal sources of heat and Joule dissipation in a spherical cavity with heat from the bottom, simulating liquid core of the Earth. The structure of flow, temperature field, magnetic field, as well as the distribution of local Nusselt numbers is investigated
Keywords
spherical cavity, convective heat transfer, electroconductive liquid, magnetic hydrodynamics, mathematical modeling, Joule dissipation
UDC
550.362