In arterial blood flow, the wall shear stress expresses the force per unit area exerted by the
wall on the fluid in a direction on the local tangent plane. There is substantial evidence that …

The purpose of this study is mainly directed towards present of viewpoints on critical and
commentary analysis on blood rheology, blood viscosity models, and physiological flow …

This study looks at blood flow through four different right coronary arteries, which have been
reconstructed from bi-plane angiograms. Five non-Newtonian blood models, as well as the …

Laser Doppler anemometry experiments and finite element simulations of steady flow in a
three dimensional model of the carotid bifurcation were performed to investigate the …

A numerical and experimental investigation of unsteady entry flow in a 90° curved tube is
presented to study the impact of the non-Newtonian properties of blood on the velocity …

Symmetrical 30–60% stenosis in a common carotid artery under unsteady flow condition for
Newtonian and six non-Newtonian viscosity models are investigated numerically. Results …

This study looks at pulsatile blood flow through four different right coronary arteries, which
have been reconstructed from biplane angiograms. A non-Newtonian blood model (the …

The role of graft-artery compliance mismatch in the development of distal anastomotic
intimal hyperplasia (DAIH) is not yet resolved. Although DAIH develops at all surgically …

Blood flow rheology is a complex phenomenon. Presently there is no universally agreed
upon model to represent the viscous property of blood. However, under the general …

Purpose: The precise role played by hemodynamics, particularly wall shear stress, in the
development and progression of vascular disease remains unclear, in large part because of …