With the development of high-power fuel cell vehicles, heat dissipation requirements have
become increasingly stringent. Although conventional cooling techniques improve the heat …

Widely employed for enhancing heat transfer in various devices, nanofluids are still
seriously challenged by contradictory conclusions on their effectiveness under different …

Advancements in chip technology increase energy consumption due to larger chip capacity,
leading to intensive heat flux generation. Cooling solutions, including fan-only, fan …

This study used an experimental setup consisting of a flat tube with a louvered finned
crossflow configuration to examine the effects of utilizing a ZnO-TiO2-water hybrid nanofluid …

The present study aims to analyze the effect of upstream turbulence intensity on the
hydrodynamic and structural performance of the straight-blade vertical axis turbine. To …

Ionic liquids are deliberated, lately, as the perfect candidate for new heat transfer fluids. This
article aims to debate on several experimental outcomes in terms of viscosity and isobaric …

In the last decade, a significant increase in studies using nanofluids in heat exchangers was
observed, mainly due to opportunity of real applications. In these conditions, this work aims …

Heat transfer enhancement in thermal systems is one of the most important efforts of
researchers. Adding nanoparticles to circulating fluid is an effective way to increase the heat …

Water is an emerging heat transfer fluid with great promise for thermal engineering because
of its heat transfer coefficients. However, much more must be done with the fluid that …

This research aims to increase the heat transfer capacity of a fluid flow over a Riga plate
using () hybrid nanoparticles. It will also explain how the hybrid nanofluid behaves in the …