Hemodynamics and wall mechanics of cerebral aneurysms at different internal carotid artery locations: A fluid–structure interaction study
Growth and rupture of cerebral aneurysms are strongly influenced by local hemodynamics and wall mechanics, which are dependent on aneurysm location and growth status. In this study, fluid–structure interaction is modeled for aneurysms at three internal carotid artery (ICA) locations—cavernous ICA, posterior communicati...