The extraordinary enhancement in heat transfer efficiency of nanofluids at extremely low
volume fractions has attracted a lot of attention in identifying the governing mechanisms. The …

Nanofluid flow occurs in extensive applications, and hence has received widespread
attention. The transition of nanofluids from laminar to turbulent flow is an important issue …

In the present paper we have considered thermal instability of rotating nanofluids heated
from below. Linear stability analysis has been made to investigate analytically the effect of …

The effect of internal heat source on the onset of Darcy–Brinkman convection in a porous
layer saturated by nanofluid is studied. The boundaries are considered to be free–free, rigid …

The combined effect of a vertical magnetic field and the boundaries on the onset of
convection in an electrically conducting nanofluid layer heated from below is investigated …

Thermal instability of a nanofluid layer heated from below in the presence of rotation is
investigated. The lower boundary of the nanofluid layer is considered to be rigid, while the …

Rayleigh–Bénard convection in liquids with nanoparticles is studied in the paper
considering a two-phase model for nanoliquids with thermophysical properties determined …

The paper investigates analytically the instability of Casson binary nanofluids and further
numerically by taking blood as the base fluid. The blood being a non-Newtonian fluid is …

Nanoparticles significantly influence the convective heat transfer in fluids but little is known
about the behavior of various thermophysical properties of nanofluids at the onset of …

Rayleigh–Bénard convection in liquids with nanoparticles is modelled as a single phase
system with liquid properties like density, viscosity, thermal expansion coefficient, heat …