This article mainly emphases on the study of magneto Cu-Al 2 O 3/water hybrid nanofluid
flow in a non-Darcy porous square cavity. The square geometry is a lid-driven enclosure …

Numerical analysis has been performed to study natural convection heat transfer combined
with entropy generation of ferrofluid in a square cavity with a non-uniformly heated centered …

A computational analysis has been performed to analyze inclined magnetic field effect and
power law fluid in a curvilinear shaped lid-driven cavity. Finite element method (FEM) is …

The present study investigates numerically and analytically double-diffusive mixed
convection in a closed rectangular cavity filled with non-Newtonian power-law fluid and …

The present work examines the two-dimensional, steady, laminar mixed convective fluid
circulation and heat transfer in a square lid-driven cavity influenced by the change in the …

This work displays a numerical investigation on free convection inside non-Darcy porous
cavity having a vertical triple adiabatic obstacles under conditions of Local thermal non …

Double diffusion refers to a phenomenon where two different components of a fluid (such as
heat and mass) exhibit distinct diffusive behaviors. In this study, we employ finite element …

This paper presents a numerical simulation of a magneto-convection flow in a 3D chamber.
The room has a very specific permeability and a zigzag bottom wall. The fluid used in this …

An investigation is performed into the effects of an inclined magnetic field on the mixed
convection heat transfer characteristics and entropy generation in a nanofluid-filled lid …

The present numerical work delineates the flow and heat transfer characteristics due to the
combined convection (free and forced) inside semi-circular, top lid-driven cavity. The flow …