This paper presents the computational modeling of a variety of flow‐diverting stents,
deployed in a number of patient‐specific aneurysm geometries. We consider virtual device …

Numerous problems of relevance in physiology and biomechanics, have at their core, the
presence of a deformable solid matrix which experiences flow-induced strain. Often, this fluid–…

Purpose Effective, consistent, and complication-free treatment of cerebral bifurcation aneurysms
remains elusive despite a pressing need, with the majority of lesions presenting in such …

Despite accounting for the majority of all cerebral aneurysm cases, bifurcation aneurysms
present many challenges to standard endovascular treatment techniques. This study …

BACKGROUND AND PURPOSE Although the role of wall shear stress (WSS) in the initiation,
growth, and rupture of intracranial aneurysms has been well studied, its influence on …

… In this work, a fast virtual stenting algorithm developed in our previous study (Peach et al.
2014a; Spranger and Ventikos 2014; Lyu et al. 2021) was used to deploy different types of …

The effective treatment of wide necked cerebral aneurysms located at vessel bifurcations (WNBAs)
remains a significant challenge. Such aneurysm geometries have typically been …

… Therefore, we focus on public discourse on Twitter to explore the interplay of “triggers” and
discursive features that stimulate attention to climate change. We collected data from 2017 to …

BACKGROUND AND PURPOSE: Accurately and efficiently modeling the transport of
angiographic contrast currently offers the best method of verifying computational fluid dynamics …

… NW (Control) peaches did not undergo a wash treatment. TW peaches were dipped into …
After 40 min of washing in TW, peaches had the same number of cells of Listeria innocua on …