COMPARATIVE ANALYSIS OF MATHEMATICAL MODELS FOR NON-NEWTONIAN STRESS RELAXATION FLOW OF BLOOD IN AN ARTERY WITH MULTIPLE STENOSIS
Goutam Das, Bhawna Agrawal, Sanjit Kumar
Source abstract
In this research, a mathematical model is developed to investigate the stress relaxation flow of blood through a stenosed artery with multiple constrictions. The study derives analytical expressions for flux and velocity, considering suitable boundary conditions. The research conducts a quantitative analysis of flux, flow velocity, resistive impedances, and temporal variations in wall shear stress. The axial velocity is graphically presented for various values of the Jeffrey parameter within the narrowed region of the artery.
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