Output details

Coupling the Hemodynamic Environment to the Evolution of Cerebral Aneurysms: Computational Framework and Numerical Examples

<28> Published in a leading bioengineering journal (IF1.9), this output describes a novel 3D computational framework [GoogleScholar:37] which integrates solid&fluid mechanics with algorithms of vascular mechanobiology. It predicts vascular disease evolution and is fundamental to achieving personalised disease management. It has had significant impact in clinical and bioengineering communities, e.g. Watton was invited by Strother (Wisconsin) to be a panel member at the Round Table Discussion ‘Understanding and Predicting Vascular Remodeling’ at the 9th ICS meeting (ics12.com); Watton has established a strategic partnership with ANSYS (world’s leading engineering simulation software providers; Grama Bhashyam<grama.bhashyam@ansys.com>) to integrate the framework completely into ANSYS.