Hybrid nanoparticles possess better chemical stability, mechanical resistance, thermal
conductivity, physical strength and so forth as equated to pure nanoparticles. The present …

Background: Increasing population growth and economic progress are partially to blame for
the global issue of climate change and rising energy usage. One important step towards …

The purpose of this work is to study numerically heat transfer and fluid flow characteristics by
natural convection in an enclosure filled with Al 2 O 3/water nanofluid and Cu-Al 2 O 3/water …

The heat transfer between ambient medium and moving material can be examined by the
fluid flow past an impulsively started vertical plate (ISVP). In manufacturing processes such …

The study investigates the approach to enhance the thermal management of battery cell
module by attaching number of inverted triangular cavity to its casing. A sinusoidal heating is …

The following study presents the transient magnetohydrodynamic free convective flow of
hybrid nanofluid (Cu-Ag-H 2 O/Cu-Al 2 O 3-H 2 O/Cu-MWCNT-H 2 O/Cu-TiO 2-H 2 O) past …

In this paper, a numerical study for magnetohydrodynamic free convection in a square
enclosure with cold irregular obstacles at the center of the cavity is performed. The cavity is …

In this manuscript, an attempt is made to investigate the natural convection process in hybrid
nanofluid (Al2O3–Cu/water) contained in an isosceles triangular porous conduit with heated …

In the present study, the transferred thermal heat by the phenomenon of free convection flow
in an annular metal-base porous space inside two vertical concentric cylinders saturated by …

The cooling is an essential requirement in electrical vehicle battery applications. Design
engineers can enhance their system designs by having crucial information on thermal …