In this study, a magnetohydrodynamics natural convective numerical investigation about
fluid flow and heat transfer is completed in a closed cavity. Due to vast real life applications …

Numerical analysis of the free convection heat transfer in an H-shaped cavity loaded with
alumina–water nanofluid is performed in this work. The entire bottom wall of the H-shaped …

In this article, entropy generation due to natural convection in entrapped trapezoidal cavities
filled with nanofluid under the influence of magnetic field was numerically investigated. The …

A computational numerical work has been done to see the effects of magnetic field on
natural convection for a trapezoidal enclosure. Both inclined walls and bottom wall have …

In this study, mixed convective flow in a horizontal channel equipped with alternated baffles
and external magnetic field is examined numerically. The channel is partially heated from its …

This paper aims to analyse the influence of externally applied magnetic field on the free
convection motion of Al 2 O 3-water nanofluid in a partially heated trapezoidal enclosure …

A steady buoyancy-driven flow of air in a partially open square 2D cavity with internal heat
source, adiabatic bottom and top walls, and vertical walls maintained at different constant …

Natural convection in trapezoidal cavities, especially those with two internal baffles in
conjunction with an insulated floor, inclined top surface, and isothermal left-heated and …

This paper focuses on studying the transient behavior of natural convective heat and fluid
flow in a two-dimensional trapezoidal cavity subjected to a heated bottom surface, cooling …

In this numerical study, we investigate the effect of aspect ratio (AR) on the natural
convection (NC) flow and entropy generation (S gen) in a stratified fluid confined inside a …