Workshop "Schnelle Löser für die Simulation, Inversion und Kontrolle von Wellenausbreitungsproblemen"
| Datum: | 26.09.2011, 09:00 - 28.09.2011, 17:00 Uhr |
| Kategorie: | Veranstaltung |
| Veranstalter: | Lehrstuhl für Mathematik IX (Wissenschaftliches Rechnen) |
ESF OPTPDE Workshop in Würzburg vom 26. - 28. September 2011
Dieser Workshop zielt darauf ab, die Entwicklung und Anwendung schneller Berechnungstechniken bei direkten und inversen Wellenproblemen zu fördern, die in strategischen Wissenschafts- und Ingenieurbereichen von grundlegender Bedeutung sind. Der ESFWaves-Workshop wird auch ein Forum für Forscher bieten, um die jüngsten Fortschritte bei der Modellierung und Annäherung von Wellenphänomenen und bei der Formulierung von Kontroll- und inversen Problemen zu diskutieren, die durch zeitabhängige und stehende Wellengleichungen wie Maxwell- und Helmholtzgleichungen geregelt werden.
Bild: © Stefanie Panitz
Organisation
- Alfio Borzì, Julius-Maximilians-Universität, Würzburg, Germany
- Cornelis W. Oosterlee, CWI, Amsterdam and Delft University of Technology, Delft, The Netherlands
TeilnehmerInnen
| Roman Anreev | ETH Zürich, CH | ||
| Anton Arnold | TU Vienna, AT | Asymptotically correct finite difference schemes for highly oscillatory ODEs | |
| Daniele Boffi | Università di Pavia, IT | Exterior calculus and the finite element approximation of Maxwell's eigenvalue problem | |
| Mike Botchev | University of Twente, NL | Krylov-subspace exponential time integration in the time-domain electromagnetic modeling | |
| Bair Budaev | University of California, US | Probability and backscattering | |
| Siegfried Cools | University Antwerp, BE | ||
| Matthias Ehrhardt | Bergische Universität Wuppertal, DE | Numerical Simulation of Periodic Structure Problems | |
| Mohamed El Bouajaji | INRIA, Sophia Antipolis Cedex, FR | Optimized Schwarz algorithms for the time harmonic Maxwell equations discretized by a discontinuous Galerkin method | |
| Maurizio Falcone | Sapienza Università di Roma, IT | From sand piles to dunes | |
| Francisco Gaspar | Universidad de Zaragoza, ES | About an analysis of the Full Multigrid Method and its practical utility | |
| Omar Ghattas | University of Texas at Austin, US | Hessian-based reduction for large-scale statistical inverse wave propagation | |
| Sergio Gonzalez Andrade | Escuela Politecninca Nacional de Quito, ECUADOR | ||
| Marcus Grote | Universität Basel, CH | Interior-Point Method for Time-Harmonic Inverse Medium Problems | |
| Eldad Haber | University of British Columbia., USA | Towards waveform inversion | |
| Sean Hardesty | Rice University, USA | Optimization of Shell Structure Acoustics | |
| Christian Klingenberg | Universität Würzburg, DE | Stable numerical simulations of strong shock waves in magnetohydrodynamics | |
| Axel Kröner | TU München, DE | ||
| Domenico Lahaye | TU Delft, NL | Towards Multiscale Imaging Using the Manifold Mapping Technique | |
| Ira Livshits | Ball State University, Muncie, US | Adaptive Algebraic Multigrid method for solving indefinite Helmholtz equations | |
| Scott MacLachlan | Tufts University, USA | A reformulation-based approach for multigrid solution of the Helmholtz equation | |
| Roberta Mancini | Universität Konstanz, DE | A POD-model reduction on a time-domain electromagnetic inverse scattering problem | |
| Wim Mulder | TU Delft, NL | Seismic inversion through focusing | |
| Innocenzo Pinto | Universita' del Sannio, IT | Hunting Gravitational Waves | |
| Bram Reps | University Antwerp, BE | ||
| Carmen Rodrigo | Universidad de Zaragoza, ES | ||
| Stephan Schmidt | Universität Trier, DE | Shape Optimization of Acoustic Horns | |
| Georg Stadler | ICES Texas Austin, US | High-order discontinuous Galerkin-based 3D seismic inversion | |
| Jari Toivanen | University of Stanford, US | A Hybrid Discontinuous Galerkin Method with Plane Waves for Helmholtz Problems and a Domain Decomposition Method | |
| Stefan Ulbrich | TU Darmstadt, DE | Optimal Control of Discontinuous Solutions of Hyperbolic Conservation Laws: Theory and Numerical Approximation | |
| Wim Vanroose | University Antwerp, BE | Analysis of Multigrid Preconditioner for Helmholtz equation with absorbing boundary conditions. | |
| Xavier Vasseur | CERFACS, Toulouse, FR | An approximate two-level preconditioner combined with flexible Krylov subspace methods for the solution of heterogeneous Helmholtz problems on massively parallel computers | |
| Kees Vuik | TU Delft, NL | Analysis of the multi-level, shifted Laplace preconditioned method for the Helmholtz equation | |
| Elena Zhebel | Shell | Solving the 3D acoustic wave equation with explicit discontinuous Galerkin and continuous finite element methods | |
| Zhao Jing | TU Delft, NL |
