A Study of the Transfer of Heat in the Motion of a Second-Order Fluid Through a Channel with Porous Walls While under the Influence of a Transversal Magnetic Field

Abstract

The purpose of this study is to examine heat transfer in the flow of a second-order fluid through a porous-walled channel subject to a transverse magnetic field using a regular perturbation approach. The second order impacts on the temperature profile are demonstrated for a range of Hartman and Reynolds numbers. The results can also be achieved for Newtonian fluids by resetting the second-order parameter to zero.