Scheduled presentations:

• Numerical Simulations of new DES: non-Newtonian and Time Dependent Analysis
  *R. Mongrain (McGill University), J. poulton (McGill University), H. Valtchanov (McGill University), R. Leask (McGill University)
• Mesh Morphing in Computational Fluid Dynamics and Fluid-Structure Interaction Comparison in Ascending Thoracic Aortic Aneurysms
  *R. Valente (UNIDEMI, Universidade NOVA de Lisboa), A. Mourato (UNIDEMI, Universidade NOVA de Lisboa), M. Brito (UNIDEMI, Universidade NOVA de Lisboa), J. Xavier (UNIDEMI, Universidade NOVA de Lisboa), S. Avril (École des Mines de Saint-Étienne, U. Lyon), A. Tomás (DSHM, NOVA Medical School), J. Fragata (DSHM, NOVA Medical School)
• Fluid-Structure Interaction Analysis of Ascending Thoracic Aortic Aneurysms: a Comparison of Prestressing Algorithms
  *A. Mourato (NOVA SST, UNIDEMI), R. Valente (NOVA SST, UNIDEMI), M. Brito (NOVA SST, UNIDEMI), J. Xavier (NOVA SST, UNIDEMI), S. Avril (Mines de Saint-Étienne, Sainbiose U1059), A. Tomás (Hospital Santa Marta), J. Fragata (NOVA Medical School)
• Skeleton-based Block-structured Mesh Generation of Vascular Domains
  *D. Bosnjak (Graz University of Technology), T. Fries (Graz University of Technology)
• Computationally enhanced processing of 4D flow MRI for intracardiac diagnostics
  A. Singh (Purdue University), B. Meyers (Purdue University), Y. Loke (Children’s National Hospital), *P. Vlachos (Purdue University)
• Perfusion Analysis Of Bio-Fluid Mechanics Of Cerebrovascular Disease And Stroke
  *A. Shrivastava (Indian Institute of Technology Delhi), A. Suri (All India Institute of Medical Sciences), S. Roy (Indian Institute of Technology Delhi)