Scheduled presentations:

• Fluid-Structure Interaction Model of the Human Heart
  *L. Abdala (University of North Carolina at Chapel Hill), M. Davey (University of North Carolina at Chapel Hill), C. Puelz (Baylor College of Medicine and Texas Children's Hospital), S. Rossi (University of North Carolina at Chapel Hill), M. Smith (University of North Carolina at Chapel Hill), D. Wells (University of North Carolina at Chapel Hill), B. Griffith (University of North Carolina at Chapel Hill)
• A stabilized method for high Peclet number Advection-Diffusion-Reaction systems in Cardiac and Vascular applications
  *M. Balmus (King's College London), M. Bonini (University of Michigan), A. Qureshi (King's College London), A. de Vecchi (King's College London), O. Aslanidi (King's College London), D. Nordsletten (King's College London)
• Student Efficient Multi-Fidelity Estimation of Boundary Conditions for Cardiovascular Hemodynamics
  *J. Richter (Stanford University), L. Pegolotti (Stanford University), K. Menon (Stanford University), J. Nitzler (Technical University of Munich), J. Biehler (Technical University of Munich), D. Schiavazzi (University of Notre Dame), A. Marsden (Stanford University), M. Pfaller (Stanford University)
• Student Simulating The Left Ventricle with Implanted Left Ventricular Assist Device Using a Finite Element Method And MRI-Based Interpolation with Radial Basis Functions
  *M. Schuster (CATS, RWTH Aachen University), M. Behr (CATS, RWTH Aachen University), N. Hosters (CATS, RWTH Aachen University)
• A Volume-of-Fluid Method of Modeling Thrombus Embolization Applied to Flow Through a Plain Tube
  *N. Tobin (The Pennsylvania State University), K. Manning (The Pennsylvania State University)