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Abstract The main goal of this inspection is to explore the heat and mass transport phenomena a three-dimensional magnetohydrodynamic (MHD) flow ternary hybrid nanoliquid through porous media toward stretching surface. Nowadays, low thermal conductivity key problem for scientist researchers in transmission processes. Therefore, order improve different base liquids, are mixing numerous types sol...

The multiplicity, stability and bifurcations of low-Prandtl-number steady natural convection in a two-dimensional rectangular cavity with partially and symmetrically heated vertical walls are studied numerically. The problem represents a simple model of a set-up in which the height of the heating element is less than the height of the molten zone. The calculations are carried out by the global ...

This work presents the dynamical and thermal behaviors of a turbulent natural convection flow occurring in cubic cavity with an inner partially heated obstacle. The top, bottom, front back walls are adiabatic other side at imposed uniform temperature. Velocity temperature measurements carried out using Particle Image Velocimetry micro-thermocouples. Boundary layer flows observed both vertical c...

The numerical analysis of MHD-free convective heat transfer and its interaction with the radiation over a heated flame inside porous semicircular cavity loaded SWCNTs–water nanofluid was explored for very first time in present work. two circular arcs upper wall enclosure were preserved at constant cold temperature, whereas middle region it considered adiabatic. midland lower partially, while ot...

We develop a mathematical model for the spreading of a thin volatile liquid droplet on a uniformly heated surface. The model accounts for the effects of surface tension, evaporation, thermocapillarity, gravity and disjoining pressure for both perfectly wetting and partially wetting liquids. Previous studies of non-isothermal spreading did not include the effects of disjoining pressure and there...