Theoretical study of Sutterby nanofluid considering heat sink/source and activation energy

Abstract

Recently, the polymer methodologies, in addition to polymer melt, are actually the rheological occurrences containing the normal stresses, non-Newtonian viscous influence and fluctuating with respect to the time elastic properties. The Sutterby liquid that defines the governing model for extremely polymeric aqueous solutions is amongst the utmost essential non-Newtonian liquids. The scientists have established a massive obligation to re-establish exhausting Sutterby nanofluids for heat transfer with respect to the numerous uses of nanofluids. Here, in this paper, the thought of Sutterby nanofluid considering the aspects of activation energy has been elaborated. Additionally, the heat sink/source and magnetic properties have been studied. The suitable conversions have been utilized to attain the ordinary differential equations (ODEs) and solved via bvp4c algorithm. The study indicated that velocity field decays for magnetic factor; however, temperature field enhancing for Brownian and thermophoresis is a factor. Furthermore, activation energy and Lewis factors, respectively, have a reversed impact on the concentration field.