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 …

This study analyzes the thermal instability in the Casson nanofluid suspended with aerobic
microorganisms. Flow governing equations are modeled by incorporating the effects of …

The present work investigates the impact of the Maxwell-Cattaneo effect (or hyperbolic heat
flow) on the flow and heat transfer dynamics of a porous medium in a local thermal non …

Purpose The purpose of this study is a numerical analysis of transient natural convection in
a square partially porous cavity with a heat-generating and heat-conducting element using …

This study analyzes the thermal instability in the Casson nanofluid suspended with aerobic
microorganisms. Flow governing equations are modeled by incorporating the effects of …

The internal heat source and reaction effects on the onset of thermosolutal convection in a
local thermal non-equilibrium porous medium are examined, where the temperature of the …

Triple-diffusive convection for nanofluids in which differences in density are derived because
of triple diffusion process, ie, with three diffusing components: nanoparticles, solute, and …

We investigate problems of convection with double diffusion in a saturated porous medium,
where the saturating fluid is one of viscoelastic type, being specifically a Navier–Stokes …

We examine a theory concerning heat convection within a porous material characterized by
a skeletal structure comprising macropores and, additionally, cracks or fissures leading to a …

A mathematical modeling of natural convective energy transport inside partially porous cube
with thermally producing element and porous layer has been performed. The viscosity of …