High heat load is becoming a barrier in industrial development. This high heat load can be
overcome by increasing the rate of heat transfer. Heat transfer rate can be increased by …

During the past decade, nanotechnology with its rapid development has grabbed the
attention of scientists, scholars, and engineers. Nanofluids are one of the surprising …

A colloidal mixture of nanometre-sized (< 100 nm) metallic and non-metallic particles in
conventional fluid is called nanofluid. Nanofluids are considered to be potential heat transfer …

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 …

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

Thermal conductivity and viscosity of nanofluids are the most important parameters that have
to be determined specially, for industrial applications. Therefore, it is beneficial to precisely …

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 …

The limitation of the conventional fluids to facilitate cooling/heating rates remains the primary
basis for exploring alternative heat transfer nanofluids. Research efforts on nanofluids have …

In this research, the viscosity of the aqueous nanofluid of TiO 2 has been modeled by
artificial neural networks using experimental data. Artificial neural networks are able to …

A colloidal mixture of nanometer-sized (< 100 nm) metallic and non-metallic particles in
conventional cutting fluid is called nanofluid. Nanofluids are considered to be potential heat …