  In this study, finite element analysis is used to simulate the surgical
deployment procedure of a bifurcated stent-graft on a real patient's arterial
geometry. The stent-graft is modeled using realistic constitutive properties
for both the stent and most importantly for the graft. The arterial geometry is
obtained from pre-operative imaging exam. The obtained results are in good
agreement with the post-operative imaging data. As the whole computational time
was reduced to less than 2 hours, this study constitutes an essential step
towards predictive planning simulations of aneurysmal endovascular surgery
