Over the past decade, the optimal design of materials and structures has been the subject of a tremendous interest for the scientific community, spanning from mathematicians to physicists, engineers, and materials scientists. Whether one is thinking about applications to physics, energy conversion, in which so-called metamaterials play a crucial role, or to other fields such as medicine and mechatronics, new construction processes (3d-printing) and new applications to other scientific fields. These numerous applications have called for the development of innovative mathematical techniques and methodologies, designed to make such novel materials and technologies amenable to a rigorous mathematical modeling.
By their very nature, these queries require two different types of mathematical efforts. The first one is in the direction of the variational formulation of mechanical processes, with a specific focus on metamaterials, in order to derive suitable, reliable mathematical descriptions. The second one concerns the shape and topology optimization of materials, so as to tailor the manifacturing of the objects at hand in such a way that some desired material properties (e.g., compliance) are enhanced.
The goal of this workshop is to bridge these two perspectives by bringing together active members of both the community of Calculus of Variations and that of Shape and Topology Optimization.
This workshop is organized and financed by the ESI.
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Organizers
Name | Affiliation |
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Elisa Davoli | Technical University of Vienna |
Idriss Mazari-Fouquer | CEREMADE University Paris Dauphine |
Kevin Sturm | Technical University of Vienna |
Attendees
Name | Affiliation |
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Stefano Almi | University Federico II of Napoli |
Samuel Amstutz | Avignon University |
Annika Bach | Technical University Eindhoven |
Phillip Baumann | Technical University of Vienna |
Elvise Berchio | Politecnico di Torino |
Giacomo Bertazzoni | University of Modena and Reggio Emilia |
Elise Bonhomme | University Paris Sud |
Stefano Buccheri | University of Vienna |
Davide Buoso | University of Eastern Piedmont Amedeo Avogadro |
Giuseppe Buttazzo | University of Pisa |
Alessio Cesarano | Radon Institute, RICAM |
Théodore Cherrière | Radon Institute, RICAM |
Andrea Chiesa | University of Vienna |
Marc Dambrine | Université de Pau et des Pays de l'Adour |
Charles Dapogny | Université Grenoble Alpes |
Lorenza D'Elia | Technical University of Vienna |
Jakob Deutsch | Technical University of Vienna |
Raphael Fernandes | University of Leicester |
Matteo Fornoni | University of Pavia |
Peter Gangl | Johann Radon Institute for Computational and Applied Mathematics |
Chiara Gavioli | Technical University of Vienna |
Rossella Giorgio | Technical University of Vienna |
Leon Happ | Technical University of Vienna |
Flaviana Iurlano | Università di Genova |
Shokhrukh Kholmatov | University of Vienna |
Anna Kubin | Technical University of Vienna |
Antoine Laurain | University Duisburg-Essen |
Ilaria Lucardesi | University of Pisa |
Anastasia Molchanova | University of Vienna |
Katerina Nik | University of Vienna |
Antonio André Novotny | National Laboratory for Scientific Computing |
Raphael Prunier | CEREMADE University Paris Dauphine |
Dario Reggiani | Scuola Normale Meridionale |
Samuele Riccò | Technical University of Vienna |
Chiara Rigoni | University of Vienna |
Rémi Robin | MINES ParisTech |
Fabian Rupp | University of Vienna |
Manuel Seitz | University of Vienna |
Ulisse Stefanelli | University of Vienna |
Emanuele Tasso | Technical University of Vienna |
Farzad Tatar | University of Parma |
Giuseppe Tomassetti | University Roma Tre |
Cristina Trombetti | University Federico II of Napoli |
Maximilian Urmann | Universität Regensburg |
Nicolas Van Goethem | Universidad de Lisboa |
Riccardo Voso | University of Vienna |
Kathrin Welker | Technische Universität Bergakademie Freiberg |
Huidong Yang | University of Vienna |
Elvira Zappale | La Sapienza University of Rome |
Caterina Zeppieri | Westfälische Wilhelms-Universität Münster |