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 practice, nanofluids' thermal conductivity and viscosity are the most important parameters
in engineering applications. Viscosity affects pumping performance. Theoretical viscosity …

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 …

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 …

Detailed experimental study is performed to investigate the effect of concentration, particle
size and shape on thermal conductivity of TiO 2-water based nanofluid. In this work …

The development of nanofluid as an innovative class of thermal fluid subsequently inspired
use in their engineering applications. As a result, the necessity of experimental work to …

A CFD-approach was employed for extensive exploration of thermo-hydraulic performance
of serpentine tube heat exchanger (STHX). The prominent focus was given to the …

Viscosity is one of the most important properties of nanofluids which play an important role in
many applications of these fluids. There is no general model or equation for reliable …

Recently, nanofluids have been studied extensively by the researchers as a result of the
developments in nanotechnology. It is essential for researchers to know nanofluids' physical …

The process of selecting a nanofluid for a particular application requires determining the
thermophysical properties of nanofluid, such as viscosity. However, the experimental …