Computational Analysis of Magnetic Field Effect on Flow of Blood in Stenosed Artery Having Porous Substances

Abstract

In the present problem magnetic field effect on flow of blood in stenosed artery having porous substances is discussed. Model geometry, a long circular vessel with axisymmetric stenosis for blood flow is considered. The modelled problem is solved by Adomian’s Decomposition method to obtain velocity field. Hartmann number effect, porosity, stenosis thickness of the stenosis on flow, shear stress, skin friction are discussed. In the last of this study generated data were analyzed by graphical representations.