Nanofluids, which are nanoparticle-suspended fluids, have gathered extensive attention for
decades. Yet, the energy transport mechanism of nanofluids has not been comprehensively …

Recent developments in nanofluids have led to a renewed interest in the geometrical effects
of nanoparticles on the effective thermal conductivity (ETC) of nanofluids. Although the …

The standard enhancement in nanofluids thermal conductivity due to the addition of
nanoparticles is well understood. Despite this, the reason behind observed anomalous …

Extensive studies on the effective thermal conductivity (ETC) of nanofluids have been
conducted thus far; however, the mechanisms behind the change in ETC remain unclear. In …

Nanofluids have attracted more and more concerns own their excellent heat transfer
performance in comparison with conventional fluids. In this paper, a reverse non equilibrium …

With an increase of the heat load of internal combustion engines, the amount of heat that
needs to be taken away from the cooling oil chamber is increasing. However, the thermal …

Nanofluids formed by adding a small volume fraction of solid nanoparticles to the
conventional fluid can greatly enhance the thermal transport performance of the …

Nanofluids, known for their high thermal conductivity and excellent thermal physical
properties, are widely used in various engineering fields. However, the impact of the type of …

Nanofluids have a solid-fluid interface that affects their thermal properties during heat
transfer processes. In this study, nanolayer and thermal interfacial resistance (TIR) at the …

Equilibrium molecular dynamics simulations are employed to explore the underlying
relationship between the strength of liquid layering around a nanoparticle and nanoparticle …