Effect of Temperature Gradient Dependent Heat Source, Secondary Velocity on Mixed Convective Flow of Nanofluid through Non-Darcy Porous Medium with Hall Currents Over an Exponentially Stretching Surface with Non-Linear Thermal Radiation

Abstract

The impact of trice request slip, non-direct warm radiation, slanted attractive field, Hall flows, compound response and dissemination on non-Darcy convective intensity and mass exchange stream of nanofluid through a permeable medium beyond a dramatically extending sheet with space temperature inclination subordinate intensity sources is well thought-out employ Runge Kutta Shooting strategy the conditions are assessed for various varieties. It is found that an increasing with slip parameter (A1), inclination (a), reduces f ¢,f and enhances g,q. An opposite effect is observed with raising values of second order slip (B), the non-linearity (qw) in thermal radiation leads to a depreciation in the velocity components, temperature and f.