Research on Evaporative Cooling of Liquid in Container

Cooling is a common phenomenon in daily life. Among different means of cooling, evaporative cooling through the evaporation liquids prominent method, for it removes large quantities heat. Our prompt aimed at evaluating impacts parameters on speed cooling. We evaluate degree impact by experiment and simulation experiments with finite element software COMSOL, using containers shapes, wind speeds, controlling existence evaporation. Research shows that mainly determined difference amount evaporation, followed geometric shape category upper surface container. Simply changing proportion container does not pose due to from turbulence around conductive heat transfer itself. In process research, results achieve high agreement, confirming accuracy simulation.