Exploring physical aspects of viscous dissipation and magnetic dipole for ferromagnetic polymer nanofluid flow
Muhammad Tabrez, Waqar Azeem Khan
Abstract
The purpose of current research work is to explore features of ferromagnetic flow of Sutterby fluid by considering aspects of nanomaterials. Moreover, we have selected magnetized with magnetic dipole effect aspects because of its applications in bioengineering and engineering. Additionally, we have considered features of Brownian mement and viscous dissipations foe Sutterby nanofluid. The required ODEs were achieved by the implementation of suitable similarity transformations. These ODEs are then solved by employing the bvp4c technique. Features of involved physical parameters are plotted and discussed physically. Additionally, Brownian movement and thermophoretic influences have conflicting performance for nanofluid concentration. Velocity, thermal gradients, and concentration are deliberated and scrutinized pictorially. Moreover, we have compared our results with the previous published work and found an excellent agreement between results.