The present work exhaustively examines natural convection in complex enclosure forms
such as trapezoidal, rhombic (parallelogrammic), elliptical and wavy geometries, taking into …

Heat transfer by natural convection within the trapezoidal enclosure has several engineering
applications, including heat exchangers, electronic devices, nuclear energy and solar …

Laminar natural-convection flow and entropy production within a vertical porous annulus
filled with nanofluids are examined. The vertical walls of the external and internal cylinders …

A numerical investigation has been carried out in a wavy-shaped enclosure with an elliptical
inner cylinder to find out the effect of an inclined magnetic field and a non-Newtonian …

Abstract Natural Convective Heat Transfer Characteristics in a cavity filled with a porous
medium as related to a solar collector was studied numerically in this investigation. The …

The mixed convection heat transfer from two horizontally aligned cylinders with one hot and
one cold cylinder inside a vented square enclosure with openings on the upper and lower …

Purpose The purpose of this paper is to perform numerical simulations based on the
incompressible smoothed particle hydrodynamics (ISPH) method for thermo-diffusion …

The present work numerically examines natural convection within an I-shaped wavy-walled
enclosure with multi-pipes of heat exchangers filled with multi-layers of nanofluid and …

This comprehensive review elucidates recent numerical and empirical investigations of
laminar-scale, free convection heat transport within two and three-dimensional enclosures …

Mixed convective induced by two aligned horizontal heated cylinders embedded in a square
enclosure with symmetrical openings at lower and upper surfaces of the enclosure has been …