Scheduled presentations:

• Numerical Investigation of Aneurysm Initiation and Hemodynamics Associated with Vascular Anastomosis Direction in a Rat Model
  *T. Hirabayashi (Tokyo University of Science), H. Koseki (Jikei University School of Medicine), S. Fujimura (Tokyo University of Science), K. Hoshino (Tokyo University of Science), M. Kurita (Tokyo University of Science), H. Takao (Jikei University School of Medicine), Y. Murayama (Jikei University School of Medicine), M. Yamamoto (Tokyo University of Science)
• Investigating the effect of structural complexity on the hemodynamics in 3D printed patient specifc intracranial aneurysm models.
  *H. Prabhakaran (UKSH), F. Gießler (UKSH), A. Atici (UKSH), T. Matern (UKSH), J. Bernd Hövener (UKSH), O. Jansen (UKSH), S. Saalfeld (UKSH), N. Larsen (UKSH), M. Pravdivtseva (UKSH)
• Location-Dependent Role of CFD-Based Hemodynamic Factors in Intracranial Aneurysm Rupture Prediction
  *S. Fujimura (Tokyo University of Science), Y. Watase (Tokyo University of Science), G. Kudo (Jikei University School of Medicine), S. Hataoka (Jikei University School of Medicine), G. Nagayama (Jikei University School of Medicine), N. Kato (Jikei University School of Medicine), H. Takao (Jikei University School of Medicine), H. Ohwada (Tokyo University of Science), T. Ishibashi (Jikei University School of Medicine), Y. Murayama (Jikei University School of Medicine), M. Yamamoto (Tokyo University of Science)
• Quantitative Evaluation of Flow Diversion in Intracranial Aneurysms Using DSA-Derived Intensity Metrics
  S. Voß (Otto-von-Guericke University Magdeburg), S. Klebingat (University Hospital Magdeburg), S. Feierabend (University Hospital Magdeburg), *B. Dodawatta (Otto-von-Guericke University Magdeburg), J. Stahl (Otto-von-Guericke University Magdeburg), R. Schwab (University Hospital Magdeburg), M. Kruse (Acandis GmbH), G. Janiga (Otto-von-Guericke University Magdeburg), D. Behme (University Hospital Magdeburg), P. Berg (Otto-von-Guericke University Magdeburg)
• Enabling In Silico Trials: A High-Fidelity Simulation Framework for Predicting Device Deployment and Hemodynamic Outcomes in Intracranial Aneurysms
  *G. Závodszky (University of Amsterdam), B. Csippa (Budapest University of Technology), M. Németh (Budapest University of Technology and Economi), F. Otto (University of Amsterdam), L. Sándor (Budapest University of Technology and Economi), D. Vitéz (Budapest University of Technology and Economi)
• 3D-Printing and In Vitro Flow Experiments for Assessment of Aneurysm Treatment with Contour Neurovascular System
  *M. Pravdivtseva (University Hospital Schleswig-Holstein), J. Korte (University of Magdeburg), F. Gaidzik (University of Magdeburg), P. Berg (University of Magdeburg), F. Wodarg (University Hospital Schleswig-Holstein), J. Hövener (University Hospital Schleswig-Holstein), N. Larsen (University Hospital Schleswig-Holstein), O. Jansen (University Hospital Schleswig-Holstein)