EMHD Impact on Two-Phase Flow of Micropolar Nanofluid with Dissipative Heat and Chemical Reaction

Abstract

In comparison to the traditional study of micropolar fluid that enhances the transport properties, it also favors augmenting the fluid temperature for the interaction of diversified physical quantities. The proposed model for the flow of micropolar nanofluid is improved for the integration of radiating heat and dissipative heat through a permeable medium along with Joule and Darcy dissipation. The present model is reported in the dimensional form that is transformed into ordinary with corresponding standard form using similarity rules. Further, a numerical method combined with the shooting and Runge–Kutta technique is utilized to get the results of each of the profiles. The parameters contributing the fluid flow profiles are deployed graphically, and the rate coefficients are also visualized.