The use of additives in the base fluid like water or ethylene glycol is one of the techniques
applied to augment the heat transfer. Newly an innovative nanometer sized particles have …

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

Viscosity is a significant physical property of nanofluids in practical heat transfer
applications. No general model is capable for accurate prediction of nanofluid viscosity in a …

To characterize the performance of nanofluids for heat transfer applications in solar systems,
an accurate estimation of their specific heat capacity (SHC) is of paramount importance. To …

In recent years, the study of rheological behavior and heat transfer of nanofluids in the
industrial equipment has become widespread among the researchers and their results have …

Nanofluids offer the exciting new possibilities to enhance heat transfer performance. In this
paper, experimental and theoretical investigations have been conducted to determine the …

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 …

Advances in technology miniaturization with increasing power density call for new
technologies for enhancing heat transfer. Enhancement of heat transfer with the use of …

Nanofluid viscosity is an important physical property in convective heat transfer phenomena.
However, the current theoretical models for nanofluid viscosity prediction are only applicable …

The suspension of different nanoparticles into various conventional thermal fluids to
synthesize nanofluids has been proven to possess superior thermal, optical, tribological …