Relatori
Christoph Augustin
Christoph Augustin
Medical University of Graz
Austria
Medical University of Graz
Austria
6 lectures on:
Cardiovascular Tissue Biomechanics. Cardiac Electromechanics. Computational modeling techniques and finite element methods. Multi-scale, multi-physics simulations. Computational models in clinical settings.
Javier Bermejo
Javier Bermejo
Gregorio Marañón Hospital
Spagna
Gregorio Marañón Hospital
Spagna
6 lectures on:
Place for engineers in cardiovascular medicine. The basics: anatomy and physiology of the cardiovascular system. An overview of cardiac diseases. In silico, pre-clinical and clinical cardiovascular research. Transferring R&D to the bedside.
Patrick M. Boyle
Patrick M. Boyle
University of Washington
Stati Uniti
University of Washington
Stati Uniti
6 lectures on:
Cardiac electrophysiology overview. Cell-Scale: Ion channels, action potentials, and calcium handling. Tissue-Scale: Gap junctions, impulse propagation, and anisotropy. Arrhythmia: ectopic beats, reentry, and fibrillation. Interventions: drugs, catheter ablation, and defibrillation.
Fanette Chassagne
Fanette Chassagne
Mines Saint-Etienne
Francia
Mines Saint-Etienne
Francia
5 lectures on:
Cardiac medical devices. Inverse methods to identify mechanical properties of cardiac tissues. Experimental validation of fluid-structure interaction models. Methodologies for bridging in silico and in vitro (or in vivo) data, and ensuring model credibility in a clinical context.
Juan Carlos del Álamo
Juan Carlos del Álamo
Center for Cardiovascular Biology, University of Washington
Stati Uniti
Center for Cardiovascular Biology, University of Washington
Stati Uniti
6 lectures on:
Cardiac Imaging, Segmentation, and Model Generation. Reduced-order Models of the Cardiovascular System. Machine Learning for Cardiac Flow Imaging. Uncertainty Quantification. Cardiac thrombosis and embolism.
Manuel García-Villalba
Manuel García-Villalba
TU Wien
Austria
TU Wien
Austria
6 lectures on:
Computational fluid dynamics. Immersed boundary methods. Fluid-structure interaction methods. High-performance computing. Verification, validation. Cardiac valves.