This article thoroughly examined the impact of Lorentz and buoyancy forces on the
movement of nanomaterials within a sealed container. The magnetic field was aligned with …

This study investigates the impact of an inclined magnetic field (MHD) on entropy generation
in double diffusive natural convective flow in a wavy enclosure filled with a non-Newtonian …

In this work, we numerically explore all possible ways to improve heat transmission in a
sinusoidal cavity with oxide nanoparticle suspensions in liquid. Engineers aim to improve …

This study addresses the heat transport and irreversible mechanisms associated with
energy and frictional losses in the Jeffery-Hamel flow of a non-Newtonian fluid adapting the …

The study uses Tiwari and Das' nanofluid model to present a study on free convective flows
in a right-angled trapezoidal cavity that is saturated with a porous bed and filled with Cu …

Purpose Thermal energy storage systems use thermal energy to elevate the temperature of
a storage substance, enabling the release of energy during a discharge cycle. The storage …

In this work, local thermal non-equilibrium effects are examined as they relate to conjugate
natural convection heat transfer in a cavity filled with a porous medium. The investigation …

This computational study looks at the dynamics of free convection in a differentially heated
square chamber occupied by ionized propane and saturated permeable partition. The …

The aim of this research is to investigate heat transfer by free convection in an annular,
partially porous space between two coaxial cylinders with a permeable interface saturated …

The dynamics of enclosure flows are crucial for temperature management in fuel cell
systems. Effective temperature control is essential for maintaining optimal operating …