Rotating MHD Heat and Mass Transfer Flow of Nanofluid past Exponentially Stretching Sheet with Second Order Slip

Abstract

In the current paper we research the consolidated impact of Corridor flows, turn, compound response and dissemination on non-Darcy convective warmth and mass exchange stream of nanofluids through a permeable medium past an exponentially extending sheet. By utilizing Runge Kutta shooting technique the overseeing conditions have been assessed for various varieties. It is discovered that the direct and rotational speeds, nanoparticle volume part improve with Corridor pall boundary and diminishes with pivot boundary while the temperature lessens with m and increments with R.