Francesco Migliavacca

This study uses patient-specific Fluid-Structure Interaction simulations to predict post-TEVAR endoleaks by quantifying hemodynamic drag forces and proposing a risk factor R.

This study uses computational analysis to examine hemodynamic forces in descending thoracic aortic aneurysms, showing chaotic flow patterns and increased pressure in certain configurations.

This paper develops a computational FSI model of aortic annuloplasty validated against 4D-flow MRI data to assess hemodynamic effects.