Mathematical Model of Blood Flow Through A Tapered Artery With Multiple Stenosis of Different Heights

Abstract

We studied and modeled mathematically the blood flow in a tapered cylindrical tube (artery) with multiple stenosis of different heights using Mathematical Modeling. The Models were developed and analyzed/solved analytically. From the analytical solutions, it was observed that the change in the height of the stenosis presents different velocities both radially and axially at a particular point of the stenosis. The graphical representations have been made to validate the analytical findings with a view of its applicability to stenotic diseases and blood flow complication analysis and provision of remedy.