Abstract Purpose: Intracranial aneurysms (IAs) are pathological dilations of cerebrovascular
vessels due to degeneration of the mechanical strength of the arterial wall, precluded by …

Subarachnoid hemorrhage is a potentially devastating pathological condition in which
bleeding occurs into the space surrounding the brain. One of the prominent sources of …

Disturbed fluid flow is well understood to have significant ramifications on endothelial
function, but the impact disturbed flow has on endothelial biomechanics is not well …

Broadening current knowledge about the complex relationship at the blood-vessel wall
interface is a main challenge in hemodynamics research. Moving from the consideration that …

Broadening current knowledge about the complex relationship at the blood-vessel wall
interface is a main challenge in hemodynamics research. Moving from the consideration that …

Although the ubiquity of vortices in nature has been recognized by artists for over seven
centuries, it was the work of artist and scientist Leonardo da Vinci that provided the …

Cerebral aneurysms develop near bifurcation apices, where complex hemodynamics occur:
Flow impinges on the apex, accelerates into branches, then slows again distally, creating …

This study investigates the impact of hemodynamics on real intracranial aneurysms (IAs)
using experiments and computational fluid dynamics (CFD) simulations. A particle tracking …

Intracranial aneurysms (ICA) are abnormal dilations of the cerebral arteries, most commonly
located at the apices of bifurcations. The ability of the arterial wall, particularly the …

Hemodynamic factors have long been associated with clinical outcomes in the treatment of
cerebral aneurysms. Computational studies of cerebral aneurysm hemodynamics have …