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This seminar brings together researchers working on recent advances in the variational multiscale (VMS) method. The event aims to foster interaction between experts in theoretical analysis, numerical methods, and applications of multiscale modeling.
The variational multiscale framework has become a powerful tool in the numerical treatment of complex systems featuring multiple interacting scales, with applications ranging from fluid dynamics and turbulence modeling to solid mechanics and beyond. Ongoing developments continue to expand its theoretical foundations, computational efficiency, and applicability to emerging challenges.
The program will consist of invited talks by leading researchers, complemented by ample time for discussion. By creating an informal and focused setting, the seminar seeks to encourage exchange of ideas, highlight open problems, and stimulate new collaborations across disciplines.
| Naveed Ahmed (GUST) | Ido Akkerman (TU Delft) |
| Yuri Bazilevs (Brown) | Ramon Codina (UPC) |
| Oriol Colomés (TU Delft) | John Evans (Boulder) |
| Guillermo Hauke (U. Zaragoza) | René Hiemstra (TU Eindhoven) |
| Steve Hulshoff (TU Delft) | Volker John (WIAS Berlin) |
| Petr Knobloch (Charles U.) | Arif Masud (U. Illinois) |
| Guglielmo Scovazzi (Duke) | Suyash Shrestha (TU Delft) |
| Yasutoshi Taniguchi (Waseda U.) | Tomás Chacón Rebollo (U. de Sevilla) |
| Wouter Edeling (CWI) | Stein Stoter (TU Eindhoven) |
| Michael Abdelmalik (TU Eindhoven) | Marco Ten Eikelder (TU Darmstadt) |
| Wouter Edeling (CWI) | Stein Stoter (TU Eindhoven) |
| Michael Abdelmalik (TU Eindhoven) | Marco Ten Eikelder (TU Darmstadt) |