MAGNETOHYDRODYNAMIC PHENOMENA AND HEAT TRANSFER NEAR A ROTATING DISK

We propose an approach that permits constructing an analytical solution of the problem of flow and heat transfer in a viscous compressible conducting medium near an infi nite dielectric disk rotating in a homogeneous magnetic field. The influence of the magnetic fi eld on the process of heat transfer near the disk surface has been investigated. It has been shown that Joule energy dissipation prevails over viscous dissipation at moderate magnetic fi elds.
   
Author:  V. D. Borisevich and E. P. Potanin
Keywords:  rotating disk, boundary layer, conducting gas, flow and heat transfer
Page:  1513