Abstract
Abstract: This study offers a thorough analysis of the thermophysical characteristics and heat transfer performance in nanofluids using computational fluid dynamics (CFD). Nine different nanofluids are studied with a heat flow of 5000 W/ . The study looks at the differences between nanofluids and water in terms of density, viscosity, and thermal conductivity. The findings reveal increased densities, viscosities, and thermal conductivities in nanofluids, providing fresh insights on these improvements. Their greater heat transfer ability, as seen by higher outlet temperatures and better thermal energy exchange, is confirmed by the CFD study. The research advances knowledge of nanofluids' potential for use in diverse heat transfer systems.
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