Hybrid nanoparticles dispersion into water inside a porous wavy tank involving magnetic force

In current article, porous domain modeling in the presence of radiation and Lorentz forces has been scrutinized. To get better performance, hybrid nanomaterial has been utilized. Final equations with help of non-Darcy model were solved via CVFEM. Outputs reveal that as permeability enhances, thinner boundary layer can be produced, and in existence of magnetic field, permeability has slight effect onNu(ave). Lorentz forces keep a reverse link withNu(ave)and with rise ofDa, it improves. Higher gradient in temperature can be achieved with rise of buoyancy forces.