Effect of Activation Energy and Slip Velocity on Convective Heat and Mass Transfer of Chemically Reacting Fluids Under Convective Surface Condition

Abstract

AbstractThe main objective within this content of paper is the study concentrated towards the effect of slip velocity and internal heat generation on convection flow of fluid in a rotating frame. Examination of the characteristics of the viscous fluid in a permeable medium under the transport of mass as well as heat energy in combination with activation energy is done. Inducement on velocity, concentration and temperature by standard parameters slip, rotational, porosity, heat generation, temperature difference is portrayed by graphs and arithmetical results in tabular arrangements. Slip parameter reduces fluid rate and uplifts temperature and concentration of fluid. Survey shows that the porosity and rotation influence on velocity are entirely opposite when compared to temperature and concentration. The impact of dissimilar parameters on Sherwood number, Nusselt number together with skin friction coefficients has been discussed numerically.KeywordsSlip velocityActivation energyHeat generation