ENTROPY ANALYSIS OF THE NATURAL CONVECTION JEFFREY FLUID FLOW THROUGH A VERTICAL POROUS CHANNEL IN AN INCLINED MAGNETIC FIELD

This study investigates the natural convection flow of Jeffrey fluid through porous channel between vertical parallel plates. This article examines the influence of Hall current, inclined magnetic field, and thermal radiation. The linear momentum, energy, and concentration model equations are formulated, and a numerical solution is obtained using the spectral quasi-linearization method (SQLM). Graphs are utilized to address the effects of new thermophysical parameters. The entropy generation is calculated through various flow variables. The impact of a variety of parameters on entropy generation is discovered to be significant and shouldn't be disregarded.