MODELING OF THE TEMPERATURE DISTRIBUTION ON THE SURFACE OF THE HEAT EXCHANGER IN THE PACKAGE OF APPLIED PROGRAM ANSYS
This paper describes modelling of the temperature distribution on the surface of the heat exchanger in the package of applied programs ANSYS. In the part of RTD projects devoted to the development of a device for converting heat into electrical energy the model of experimental heat exchanger is established, comprising a numerical model to calculate three-dimensional distributions of the gas flow rate, temperature fields, intensity of turbulence and static pressure. The initial evaluation of performance of the heat ex-changer is carried out and the following projections at the flow and temperature of gases at the inlet corresponding to the TK data are made. The combined analysis of the simulation results allows to determine the zone for the most efficient installation of converters of heat into electricity: the elements of TEP on the side surfaces of the cone. In this paper we developed and manufactured a prototype of TEP, the study of thermoelectric conversion was conducted. The paper also carried out the initial assessment after the launch of the pro-totype of the high current electrolysers experimental plot of RA-550, namely the measurement of material balance of emission through the housing light (outlet) and forced ventilation (inlet). All stages tasks, solved in full, goals achieved, results of planned activites ar ob-tained.