Blood is a complex suspension that demonstrates several non-Newtonian rheological
characteristics such as deformation-rate dependency, viscoelasticity and yield stress. In this …

3D bioprinting has emerged as a tool for developing in vitro tissue models for studying
disease progression and drug development. The objective of the current study was to …

The effects of percentage stenosis and Reynolds number (Re) on steady flow, and
Womersley number (Wo) on pulsatile flow, of blood through a two-dimensional channel with …

This paper presents the study of blood flow through stenosed artery with the effect of
external body acceleration and slip velocity. Blood has been considered as non-Newtonian …

In this paper, the ADINA finite element software was used for numerical investigation of
laminar and non-Newtonian flow through a blood artery with consecutive stenosis. For …

A mathematical model of physiological pulsatile flow of blood through a stenotic flexible
artery in the presence of body acceleration is presented in this paper. Streaming blood is …

The objective of the present study is to investigate the effects of variable viscosity on
incompressible laminar pulsatile flow of blood through an overlapping doubly constricted …

In the present paper, the comparison of steady, simple pulsatile flow and physiological
pulsatile flow on flow reversal zone and hemodynamic wall parameters [wall shear stress …

The aim of the present article is to model atherosclerotic blood flow through double stenosis
in the arterial lumen with application of treatment subject to some boundary conditions in the …

Numerical simulations are performed for two-dimensional steady and pulsatile flow of blood
through a channel with single as well as double stenosis (with varying gap) under aortic …