Stefan flow of nanofluid and heat transport over a plate in company of Thompson and Troian slip and uniform shear flow

Abstract

The aim of this article is to present the combined influences of Stefan blowing and Thompson and Troian slip on forced convection motion of nanoliquid past a non absorbent plate in attendance with the first order compound response. Two-phase model for nanoliquid has been used in the present analysis. By means of proper alterations the principal PDEs (partial differential equations) have been condensed to ODEs (ordinary differential equations) and for these nonlinear equations the numerical solutions are acquired. Our data for some meticulous cases are contrasted with the reachable outcomes from available literature and established a fine compliance. The outcomes of this investigation have important impact on the characteristics for flow, heat and mass transport. With the augmentation of Stefan blowing parameter, fluid velocity diminishes. Temperature diminishes with the rising values of velocity slip parameter. For advanced values of Brownian motion parameter and Lewis, speed of mass transport reduces. The outcomes of this examination provide many appealing features that merit further study of the problem.

Keywords

• Forced convection
• Shear flow
• Thompson and Troian slip
• Stefan blowing
• Chemical reaction