This extensive review aims to provide a thorough understanding of entropy generation
(Egen) in confined conduits, or enclosures, by examining a vast array of peer-reviewed …

Abstract Double diffusive, Magnetohydrodynamics (MHD), mixed convection flow of A l 2 O 3-
water nanofluid inside a trapezoidal enclosure with discrete heat and mass source at the …

The previous studies related to the thermal-driven flow within enclosures had been
summarized in the present work. Various geometries of enclosures like square, rectangular …

The main objective of the present work is to enhance the stability and accuracy of Volume-of-
Fluid (VOF) method for simulating multiphase flow problems with large density ratios and …

Purpose This study aims to undertake a comprehensive examination of heat transfer by
convection in porous systems with top and bottom walls insulated and differently heated …

The present work introduces a modified Incompressible Smoothed Particle Hydrodynamics
(ISPH) model for simulation of free-surface flows and convection heat transfer. First, two new …

An analysis of thermosolutal convection and entropy generation considering Soret and
Dufour effects inside an inclined rectangular enclosure attached with porous wall has been …

This paper reports a constructal investigation of heat transfer in a nonuniform heat
generating triangular area, and numerically studies the entropy generation performance …

Diversified utilizations of permeable domains are found in cooling systems, gas recovery,
and insulation engineering. Therefore, this research focused on investigating the heat …

A numerical study is presented of laminar viscous magnetohydrodynamic natural convection
flow in a triangular-shaped porous enclosure filled with electrically conducting air and …