In this work, we provide a computational study of the effects of carotid endarterectomy (CEA)
on the fluid-dynamics at internal carotid bifurcations. We perform numerical simulations in …

We investigated differences in haemodynamic forces between carotid arteries that
underwent primary closure (PC) or patch angioplasty (PA) using computational fluid …

Purpose: To compare postoperative morphological and rheological conditions after eversion
carotid endarterectomy versus conventional carotid endarterectomy using computational …

The rationale for this study lies in the well-known predilection for vascular disease of the
carotid bifurcation, attributed to an altered shear stress distribution at the luminal surface and …

The main goal of this computational study is to establish surgical guidelines for optimal
geometries of carotid endarterectomy reconstructions that may measurably reduce …

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 …

Background and objectives: Brain ischemic stroke is caused by impaired or absolutely
blocked blood flow into the brain regions. Despite the large number of possible origins, there …

The purpose of this study was to propose an innovative approach of setting outlet boundary
conditions for the computational fluid dynamics (CFD) simulation of human common carotid …

BACKGROUND: There are significant differences in the postoperative morphological and
hemodynamic conditions of the carotid arteries between carotid artery stenting (CAS) and …

The purpose of this paper is to demonstrate the importance of a compliant wall approach in
modeling of non‐Newtonian and non‐physiological blood flows. A case study of a stenosed …