This paper introduces three paramount factors ie viscosity, thermal conductivity and stability
that affect the application of mono and hybrid nanofluids in heat pipes. The applications of …

Nanofluids are broadly applied in energy systems such as solar collector, heat exchanger
and heat pipes. Dynamic viscosity of the nanofluids is among the most important features …

Viscosity of nanofluids can significantly affect pumping power, pressure drop, workability of
the nanofluid as well as its convective heat transfer coefficient. Experimental measurements …

In the current study, an experimental study was carried out on the rheological properties of
hybrid non-Newtonian nanofluid (MWCNTs–ZnO/Water–Ethylene glycol (80: 20 vol.%)) to …

The enhanced thermal characteristics of nanofluids have made it one of the most raplidly
growing research areas in the last decade. Numerous researches have shown the merits of …

Accurate estimation of viscosity, one of the most important thermo-physical properties of
nanofluids, is essential in heat transfer fluid applications in many industries. In this paper, for …

Hybrid nanofluids have proven its favorable impact in terms of thermophysical properties,
heat transfer rate and stability. Many distinctive features of hybrid nanofluids offer an …

The remarkable enhancement in heat transfer capabilities of conventional fluids with the
addition of nanosized metallic and non-metallic particles appealed the attention of …

This paper presents a 5-input artificial neural network (ANN) model for the prediction of the
thermal conductivity ratio of nanofluids to the base fluid (k nf/kf) of various nanofluids based …

There has been in recent years a trend towards adopting deep neural networks for
addressing earth science problems. Of the various deep neural networks applied to different …