Simulation of MHD impact on nanomaterial irreversibility and convective transportation through a chamber

In the current investigation, numerical method (CVFEM) was selected to show impact of Lorentz force on transportation operate fluid (water with a mixture Fe3O4 and CuO). Adding source terms associated MHD (magneto-hydrodynamic) porous zone leads mathematical model utilizing vorticity formulation can make equations simplify. Not only viscous heating irreversibility but also permeable magnetic were calculated. Nu Be have been measured based results, two correlations defined. As permeability buoyancy effects augment, velocity operating augments while lower will be reported if forces increases. Sgen,th decreases about 44% augment Ha it 100% grow Ra. Velocity 75% rise Da declines 50% growth Ha. Intensification causes reduce 7.85% 13.62%. enhances, 5.79 enhances 49.11%. With Ra, 49.79% 392%.