▪ Abstract The relationship between flow in the arteries, particularly the wall shear stresses,
and the sites where atherosclerosis develops has motivated much of the research on arterial …

BACKGROUND AND PURPOSE: Hemodynamics is often recognized as one of the major
factors in aneurysm rupture. Flow impingement, greater pressure, and abnormal wall shear …

BACKGROUND AND PURPOSE: The options for treating giant fusiform basilar aneurysms
are limited, and the potential impact of planned interventions is difficult to assess. We …

BACKGROUND AND PURPOSE: Hemodynamics may predispose aneurysms to rupture;
however, hemodynamic descriptors that can describe aneurysm growth are not well understood…

Pulsatile flow through the three-dimensional carotid artery bifurcation has been studied using
the artificial-compressibility method. The part of the flow with large inertia bifurcates and …

The anterior communicating artery (ACoA) is an important element of the circle of Willis. While
the artery itself is short and small, a large number of intracranial aneurysms can be found …

The signal Intensity in magnetic resonance angiography (MRA) images reflects both
morphological and flow‐related features of vascular anatomy. A thorough understanding of MRA, …

OBJECTIVE: The goal of this study was to use phase-contrast magnetic resonance imaging
and computational fluid dynamics to estimate the hemodynamic outcome that might result …

Background and purpose The metal coverage ratio (MCR) of a flow diverter influences the
intra-aneurysmal hemodynamics; a high MCR will occlude an aneurysm early, while a low …

A numerical method to simulate magnetic resonance angiographic images is proposed. The
new method greatly simplifies the calculation of the average phase in a voxel, the …