Impact of low oscillating magnetic field on ternary hybrid nanofluid flow between two spinning disks with Thompson and Troian slip and modified fourier's law

This study offers a summary of important factors concerning the enhanced thermal conductivity owing to the low oscillating magnetic flux. In this work, we examine the behavior of Ternary hybrid nanoliquid flow between two spinning disks under the control of a low oscillating magnetic flux. The Cattaneo-Christov heat flux model in the temperature equation with convective conditions at both disks is also added. The Thompson and Troian slip conditions are considered at the boundary. The problem is addressed numerically. It is noticed that the slip parameter and Reynolds number show an opposing trend for the tangential velocity profile.