Blood Flow Analysis in the Influence of a Magnetic Field in a Stenotic Artery

In this work, the Jeffery fluid is used to model the mathematical analysis of unsteady blood flow through a catheterized artery with composite stenosis. Exact solutions are derived by simplifying the extremely nonlinear momentum equations governing the Jeffery fluid under the assumption of minimal stenosis. Graphs are used to figure out and look at the expressions for velocity, flow impedance, pressure, shear stress, and stream function for a number of interesting physical parameters