Magnetohydrodynamic convective flow of nanofluid in double lid-driven cavities under slip conditions

In this paper, we introduced a numerical analysis for the effect of magnetic field on mixed convection and heat transfer inside two-sided lid-driven cavity with convective boundary conditions its adjacent walls under effects presence thermal dispersion partial slip. A single-phase model in which water is base fluid copper nanoparticles assumed to represent nanofluid. The bottom top move horizontal direction constant speed, while vertical are stationary. right wall mentioned at relatively low temperature thermally insulated. Convective imposed left considered. finite volume method used solve governing equations comparisons previously published results performed. It observed that increase Hartmann number causes shear friction near moving enhanced consequently velocity component decreases.