Patient Specific Model of Carotid Artery Bifurcation with Atheroma

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Computational modelling shows its potential to became an additional tool required for an atherosclerotic plaque vulnerability assesment. For better understanding af a rupture mechanism, 3D patient specific models are necessary. This study was designed to investigate an importance of a specific properties of an outer wall layers on stress-strain response.

Computational modelling shows its potential to became an additional tool required for an atherosclerotic plaque vulnerability assesment. For better understanding af a rupture mechanism, 3D patient specific models are necessary. This study was designed to investigate an importance of a specific properties of an outer wall layers on stress-strain response.

atherosclerosis, carotid artery, computational modelling, finite element method

01.01.2019