Abstract
This paper is a biomedical theoretical implementation of an arterial blood flow model through the atherosclerotic artery with permeability impacts. The Navier-Stokes equations are used in this analysis as the governing equations for the analysis of blood flow model. Simplified dimensionless model is solved by using appropriate convective and permeability boundary conditions. Propagation of the arterial pressure is discussed through tapering phenomena. To attain effective results flow configurations of hemodynamics are produced. The outcomes obtained in this study are useful in biomedicine literature. At the end, it is achieved from graphical pattern that the use of Ag blood is more suitable to reduce the hemodynamics impacts (i.e. stress on wall and resistance to flow) of the atherosclerotic artery when compared to the case of Ag-Al2O3/blood. (C) 2018 Elsevier B.V. All rights reserved.