Influence of magnetic oxide nanoparticles in Couette flow through silver metallic plates with constant suction
Keywords:
Couette flow, angular rotation, nanofluid, inclined magnetic field, silver metallic platesAbstract
This article explores the influence of magnetohydrodynamics on the Couette flow of viscous nanofluid having magnetic oxide nanoparticles suspension through parallel metallic silver plates with constant suction at the lower plate. The modeled equations of viscous liquid of Couette flow are simplified in their dimensionless form using similarity transformations. The exact solutions for the pressure gradient, radial velocity and axial velocity are attained by the separation of variables method. The graphical behavior of embedded parameters on axial and radial velocity is illustrated and discussed in detail. It is seen that axial velocity reduces with an enhancement in the rotation parameter. The implications of this study encompass innovative thermal duct processing technologies within fields such as biomedical, nuclear, and process engineering.
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Copyright (c) 2024 Zaheer Abbas, Muhammad Farhan Yaseen, Muhammad Yousuf Rafiq, Muhammad Shakib Arslan
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