Current Research Topics
Computational Materials Science
- Simulation of self-assembled growth of SiGe/Si
heterostructures, with Günther Bauer
(Linz)
- Simulation and Analysis of surface
diffusion with strong anisotropies and free adatoms
- Level set methods for surface diffusion and Willmore flow, with
Marc Droske, Martin Rumpf
(Duisburg)
Optimal Design
- Optimal design of semiconductor devices, with Rene Pinnau (Darmstadt)
- Optimal design of photonic crystals, with Stanley Osher, Eli Yablonovitch (UCLA)
- Optimal design of plasmon imaging systems, with Eli Yablonovitch (UCLA)
- Phase-field methods for structural optimization, with Roman Stainko (Linz)
- BV-relaxation of shape optimization problems, with Michael Hintermüller (Graz)
Inverse Problems
- Level set methods for inverse obstacle problems,
with Benjamin Hackl (Linz), Michael Hintermüller, Wolfgang Ring
(Graz), Stanley
Osher (UCLA)
- Inclusion detection in elasticity and thermo-elasticity, with Hend Benameur (Tunis), Benjamin Hackl (Linz)
- Phase-field methods for inverse obstacle problems, with Blaise Bourdin (Louisiana State
University)
- Regularized Newton-Kaczmarz methods for tomography problems,
with Barbara Kaltenbacher (Erlangen)
- Semiconductor inverse dopant profiling, with Peter Markowich (Vienna)
- Inverse scale space techniques, with Guy Gilboa, Stanley Osher, Yinjun Xu (UCLA), Don Goldfarb, Wotao Yin (Columbia)
Nonlinear Partial Differential Equations
- Analysis of moving boundary problems for multiple grains, with Bo Su (Leipzig)
- Averaging of nucleation- and growth-processes, with Vincenzo Capasso, Alessandra Micheletti,
Livio Pizzochero
(Milan)
- Finite element methods for partial differential equations on
implicit surfaces
- Analysis of nonlocal aggregation models, with Vincenzo Capasso, Daniela Morale
(Milan)
- Analysis, simulation, and interface limits in chemotaxis, with Yasmin Dolak, Marco Di Francesco,
Christian Schmeiser (RICAM)
Last Updated: 23/05/04
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