Heat and mass evaluation for free convective flow due to porous surface with thermal radiation and Dufour effects

Abstract

The main attention of this investigation is to address the heat and mass transfer analysis driven by oscillatory inclined surface with influenced of Dufour effects. The mixed convection applications and saturated porous space is considered for current flow problem. The heat transfer prediction is associated to contribution of radiated effects and heat generation impact. The perturbation technique is used to compile the analytical computations. The solution accuracy is ensured with convincing pattern. Insight analysis with incorporating the effects of parameters has been focused. The predicted observations reveal that the velocity enhances for thermal and mass Grashof coefficients and inclined angle. The heat transfer increases with peak values of Dufour number. The results show applications in heat transfer systems, manufacturing processes, chemical reactions, nuclear systems, cooling processes etc.