Mathematical and numerical modelling of the cardiovascular system is a research topic that
has attracted remarkable interest from the mathematical community because of its intrinsic …

Local hemodynamics are an important factor in atherosclerosis, from the development of
early lesions, to the assessment of stroke risk, to determining the ultimate fate of a mature …

Flow and pressure waves emanate from the heart and travel through the major arteries
where they are damped, dispersed and reflected due to changes in vessel caliber, tissue …

Mathematical and numerical modelling of the human cardiovascular system has attracted
remarkable research interest due to its intrinsic mathematical difficulty and the increasing …

Pulsatile flow was studied in physiologically realistic models of a normal and a moderately
stenosed (30% diameter reduction) human carotid bifurcation. Time-resolved velocity …

A straight tube with a smooth axisymmetric constriction is an idealized representation of a
stenosed artery. We examine the three-dimensional instabilities and transition to turbulence …

The blood flow dynamics of a stenosed, subject-specific, carotid bifurcation were numerically
simulated using the spectral element method. Pulsatile inlet conditions were based on in …

Hemodynamics factors and biomechanical forces play key roles in atherogenesis, plaque
development and final rupture. In this paper, we investigated the flow field and stress field for …

Purpose: To investigate the accuracy of wall shear stress (WSS) estimation using MRI.
Specifically, to investigate the impact of different parameters and if MRI WSS estimates are …

This paper presents a numerical analysis of blood flow in a diseased vessel within the
presence of an external magnetic field. The blood flow was considered to be incompressible …