The energy storage features on natural convection in Casson fluids are investigated in this
work using the finite element method. By measuring cylinders and wavy surfaces, we may …

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 …

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 …

The study of fluid flow and heat transport is found in many engineering applications such as
boilers, nuclear plants, thermal energy storage, and underground pipelines. This study …

This work numerically analyzes the mixed convective double diffusion of Fe 3 O 4-water-
based nanofluid in a tilt curvilinear lid-driven cavity studied under the effect of an inclined …

Over the years, the lattice Boltzmann method (LBM) has been evolved as a substitute and
efficient numerical tool to mimic the single/multiphase fluid flow and transport problems. LBM …

The double-diffusive tangent hyperbolic nanofluid containing motile gyrotactic
microorganisms and magnetohydrodynamics past a stretching sheet is examined. By …

This study investigated double diffusion natural convection of Casson fluids in an
asymmetrical cavity under a constant magnetic field. The intricacies of flow and heat/mass …

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 …

Highlights•A T-shaped open cavity with a heat source at the bottom wall has been
investigated.•Uniform inflow state yields better performance than Poiseuille and Couette …