COOL THERMAL DISCHARGE WITH TIME-VELOCITY VARIATION OF FLOWING AIR IN-SITU CONTACT ON WATER-SURFACE

A feasible device of cooling system to produce chilled air during on-p eak power-consumption hours by the processes of ice melting has been d eveloped. The simulation of estimating the thickness of ice melted and temperature distribution in the water region with convective transfer by controlling air velocity for specified discharging fluxes on the f ree water surface has been devised. Three examples with different flux es of cool thermal-discharges and a case of specified air temperature varied with time have been simulated, and the results of the thickness of the melted ice layers and cool thermal-discharges have been discus sed.