Analysis of Flow of Blood Under the Influence of a Magnetic Field Using a Stenotic Multiple Artery Inclined with Suspended Silver Nanoparticles

Abstract

A mathematical model is designed to study the continuous and incompressible flow of silver blood through an inclined artery with non uniform cross-section and multiple stenoses. The analysis considers the influence of an external magnetic field. The model studies how the stenosis height, Grashof number, heat source/sink parameter, magnetic field and inclination angle influence the resistance of flow and wall shear stress. The results have been displayed graphically and the impact of these parameters on the characteristics of arterial blood flow is explained and analyzed.