The Magneto-Natural Convection Flow of a Micropolar Hybrid Nanofluid over a Vertical Plate Saturated in a Porous Medium

In this study, we investigate the convective flow of a micropolar hybrid nanofluid through vertical radiating permeable plate in saturated porous medium. The impact presence or absence internal heat generation (IHG) medium is examined as well impacts magnetic field and thermal radiation. We apply similarity transformations to non-dimensionalized equations render them system non-linear ODEs (Ordinary Differential Equations) subject appropriate boundary conditions. This solved by an adaptive mesh transformation Chebyshev differential quadrature method. influence governing parameters on temperature, microrotation velocity examined. skin friction coefficient Nusselt number are tabulated. determine that transport rate increase with increment field. Moreover, micropolarity nanoparticle volume fraction enhances number. also conclude IHG term improved nanofluid. Finally, our results indicate employing increases transfer compared pure water