Invited Sessions
Plenary lectures will be complemented by Invited Sessions organized by recognised experts in targeted
research areas. Contributions to these sessions are by invitation of the organizers.
Advanced Arbitrary Langrangian-Eulerian Methods for Multiphysics Systems Organized by Michael W. Gee, Guglielmo Scovazzi, John N. Shadid and Matthias Mayr Advanced Modelling of Multi-physics Problems Involving Electric and Magnetic Effects Organized by Antonio J. Gil and Paul D. Ledger Advanced Models and Methods in CFD Organized by Simona Perotto, Annalisa Quaini and Gianluigi Rozza Advances in Computational Formulations and Solution Methods for Fluid and Kinetic Simulations of Plasmas Organized by John N. Shadid, Luis Chacon and Eric C. Cyr Advances in Heterogeneous Numerical Methods Organized by Pavel B. Bochev, John N. Shadid and Kara Peterson Computational Models and Methods for Multiphysics Processes in Multiphase Porous Media Organized by Claudio Tamagnini and Lorenzo Sanavia Computational Nanomedicine Organized by Paolo Decuzzi Control, Uncertainty Quantification, and ROMs in Coupled Problems Organized by Hermann G. Matthies, Carlos Felippa, K. C. Park and Roger Ohayon Coupled Phase-Field Approaches Organized by Bernd Markert and Ralf Müller Coupled Problems in Advanced Energy Research Organized by Massimo Guarnieri and Federico Moro Coupled Problems in Liquid-Solid Systems Organized by Bozidar Šarler Coupled Problems in the Biomechanics of Bones and Arteries Organized by Zohar Yosibash Coupled Problems of the Dynamics of the Solid Systems with Friction Organized by A.V. Karapetyan and A.A. Kireenkov Coupled Problems with Numerical and Physical Subdomain Interactions Organized by Oreste S. Bursi and Nicola Tondini Coupling of Different Numerical Methods and to CAD Organized by Gernot Beer Direct and Inverse Methods for Cardiovascular and Pulmonary Biomechanics Organized by Marek Behr, Wolfgang A. Wall and C. Alberto Figueroa High Performance Computing Software for Coupled Problems Organized by Eric C. Cyr and Roger P. Pawlowski Innovative Mathematical Modelers and Optimizers for Solving Single /Multi Disciplinary Problems in Applied Sciences Organized by Jacques Periaux Isogeometric Methods for Coupled Problems on Complex Geometries Organized by John A. Evans, Hector Gomez, Yongjie (Jessica) Zhang and Hugo Casquero Penelas Iterative Methods for Coupled Field Problems Organized by Haim Waisman, Suvranu De and John N. Shadid Model Order Reduction for Coupled Problems Organized by Francisco Chinesta and Elías Cueto Model Reduction for Coupled Problems in Material Science Organized by David Ryckelynck and Felix Fritzen Multi-phase Flows and Droplet Dynamics: Models and Industrial Applications Organized by Pavel Ryzhakov Multi-physics Modeling and Multi-Scale Simulation of Aging and Deteriorating Materials Organized by Manfred Krafczyk, Laura De Lorenzis, Dieter Dinkler and Peter Wriggers Optimization in Coupled Problems Organized by Ole Sigmund and Kurt Maute Particle-Based Methods in Coupled Problems Organized by Sergio R. Idelsohn and Eugenio Oñate |