Modeling and Analysis of Blood Movement in Stenosis vessels under the Stimulus of Permeability and Magnetization Parameters

Abstract

The present paper are consider the two-phase typical, in which the blood is represented by a essential core of deferred erythrocytes bounded by a peripheral cell-free layer; the governing equations are developed and solved analytically to derive expressions for velocity, flow proportion, and viscosity in the existence of the outer layer; the effects of magnetization and permeability parameters on blood flow dynamics are systematically analyzed, and the results are presented and interpreted through graphical representations.