This work examines the behaviour of flow and heat transmission in the presence of hybrid
nanofluid in thermal radiation, heat generation, and magnetohydrodynamics. The hybrid …

Heat-transfer enhancement in microchannel heat sinks (MCHS) has been a hot topic in the
last decade. However, most published works did not focus on the heat sources that are …

The magneto-hydrodynamics (MHD) double-diffusive mixed convection and heat
generation/absorption in a lid-driven inclined wavy enclosure filled with (Fe 3 O 4/water) …

The current study investigates two-dimensional natural convective heat transference and
entropy production in a tilted wavy-walled enclosure under the magnetic field and thermal …

The present paper investigates the combined impacts of Biot number and Richardson
number on Casson fluid stream with radiating porous media on flow, heat and mass transfer …

In the current paper, a comprehensive investigation has been carried out to study the impact
of the mixed convection heat flow in a two-lid-driven corrugated sidewalls enclosure loaded …

The present numerical investigation describes a new consistent and accurate approach to
the square cavity benchmark problems for computing entropy generation during natural or …

This study addresses the challenge of understanding natural convection (NC) within a
circular concentric cylinder system, specifically focusing on thermal and mass flow …

The purpose of this paper is to investigate the heat transfer and entropy generated due to
mixed convection of hybrid nanofluid inside the lid-driven semi-oval chamber. The magnetic …

Double diffusive natural convection is one of the most widely used study subjects in heat
and mass transfer. In this present study, double diffusive natural convection heating from …