MODELING HEAT TRANSFER IN THE CORE OF A NUCLEAR POWER REACTOR IN THE PRESENCE OF PERTURBATIONS OF HYDRODYNAMIC AND ENERGY PARAMETERS

A nonstationary two-dimensional model of numerical calculation of heat transfer in the core of a WWER-1200 reactor has been developed on the basis of representation of the core as a porous body. Nonstationary regimes occurring in the presence of local growth in the heat release in the cage and resulting in the reorganization of the fl ow fi eld in the core have been modeled
   
Author:  N. V. Pavlyukevich and A. I. Shnip
Keywords:  heat transfer, reactor core, porous body, perturbation of heat release
Page:  29