Uppsala (2009)
July, 2009 in Uppsala, Sweden.Local Organizers
| G. Kreiss | P. Lötstedt |
| A. Målqvist | M. Netcheva |
Scientific Committee
| C. Bernardi | A. Bermudes |
| A. Cohen | C. Canuto |
| M. Griebel | P. Hansbo |
| J. Haslinger | T. Huckle |
| K. Kunisch | U. Langer |
| S. Larsson | O. Pironneau |
| S. Repin | M. Rozloznik |
| J. Sanz-Serna | S. Sauter |
| S. Serra-Capizzno | V. Simoncini |
| O. Steinbach | R. Stenberg |
| A. Szepessy | S. Turek |
| K. Vuik | R. Winther |
| B. Wohlmuth |
Public Lecture
Björn Engquist (University of Texas, Austin, United States, Royal Institute of Technology, Sweden)Invited Lectures
- Christian Lubich (Universität Tübingen, Germany)
- Marco Picasso (Ecole Polytechnique Lausanne, Switzerland)
- Charlie Elliot (University of Sussex, United Kingdom)
- Vit Dolejsi (Charles University in Prague, Czech Republic)
- Claude Le Bris (Ecole des Ponts ParisTech, France)
- Rob Stevenson (University of Amsterdam, Netherlands)
- Anna-Karin Tornberg (Royal Institute of Technology, Sweden)
- Daniele Boffi (Universitā di Pavia, Italy)
- Carsten Carstensen (Humboldt-Universität Berlin, Germany)
- Martin Berggren (Umeå University, Sweden)
Numerical approaches to quantum dynamics
Adaptive finite elements with large aspect ratios: theory and practice
Discontinuous Galerkin finite element methods: From numerical analysis to compressible flow simulation
Some recent theoretical and numerical contributions to stochastic homogenization and related problems
Adaptive wavelet methods for solving operator equations: An overview
Model reduction for efficient simulation of fiber suspensions
Eigenvalue approximation in mixed form and the hp version of edge finite elements
Computational challenges in the Calculus of Variations
Numerical shape and topology optimization for loudspeakers and brass instruments
Minisymposia
- High order methods in CFD
- Asymptotic linear algebra, numerical methods, and applications
- High frequency wave propagation
- Anisotropic adaptive meshes: error analysis and applications
- Multiscale methods for differential equations
- Finite element methods for flow problems
- Theory and applications of non-conforming finite element methods
- Adaptivity for non-linear and non-smooth problems
- Biomechanics
- Advances in numerical methods for non-Newtonian flows
- HPC-driven numerical methods and applications
- Tensor numerical methods
- Numerical methods for stochastic partial differential equations
- Geometric aspects of finite element modeling
- Advanced techniques in radial basis fucntion approximation for PDEs
- Finite elements for convection-diffusion problems
- Numerical methods for option pricing
- Finite element software development
- Numerical methods for multi-dimensional Lagrangian schemes
- Embedded boundary methods for time-dependent problems
organized by Bernhard Müller
organized by Marco Donatelli and Stefano Serra-Capizzano
organized by Olof Runborg
organized by Theirry Coupez and Simona Perotta
organized by Mats Larson and Axel Målqvist
organized by Johan Hoffman
organized by Emmanuil Georgoulis and Max Jensen
organized by Ralf Kornhuber and Andreas Veeser
organized by Gerhard A. Holzapfel and Axel Klawonn
organized by Erik Burman, Maxim Olshanskii, and Stefan Turek
organized by Svetozar Margenov and Maya Neytcheva
organized by Eugene Tyrtyshnikov and Boris Khoromskij
organized by Fabio Nobile and Raul Tempone
organized by Sergey Korotov and Tomas Vejchodsky
organized by Natasha Flyer and Elisabeth Larsson
organized by Miloslav Feistauer and Petr Knobloch
organized by Cornelis W. Oosterlee and Jari Toivanen
organized by Anders Logg
organized by Pierre-Henri Maire and Raphaël Loubčre
organized by Daniel Appelö