Workshop: Numerical analysis of nonlinear and multiscale problems​

All talks are scheduled for 40 minutes including questions.

Wednesday, July 27

• 13:00 | Registration and Coffee Break
• 14:00 | Opening
• 14:10 | Carsten Carstensen: Hybrid high-order methods (HHO) for nonlinear problems?
• 14:50 | Johannes Storn: Grading of triangulations generated by bisection
• 15:30 | Coffee Break
• 16:00 | Tabea Tscherpel: Local projection and interpolation operators
• 16:40 | Daniel Peterseim: Super-localized numerical homogenization

Thursday, July 28

• 09:00 | Fleurianne Bertrand: Minimum residual methods for the approximation of eigenvalue problems arising from partial differential equations
• 09:40 | Patrick Henning: On explicit convergence rates for inverse iterations for the Gross-Pitaevskii eigenvalue problem
• 10:20 | Coffee Break
• 11:00 | Barbara Verfürth: Multiscale methods for nonlinear problems
• 11:40 | Joscha Gedicke: Numerical homogenization of heterogeneous fractional Laplacians
• 12:20 | Lunch Break
• 14:00 | Klaus Hollaus: The multiscale finite element method for the eddy current problem in laminated iron cores
• 14:40 | Markus Schöbinger: Error estimation for the multiscale finite element method
• 15:20 | Coffee Break
• 15:50 | Malte Peter: Identification of microstructural information from macroscopic
  boundary measurements in steady-state linear elasticity
• 16:30 | Andrea Scaglioni: Numerics of the stochastic LLG equation
• 19:00 | Dinner at "Braugasthof Papiermühle" view on the mapExternal link

Friday, July 29

• 09:00 | Sören Bartels: Modeling and simulation of thin sheet folding
• 09:40 | Timo Sprekeler: Numerical homogenization of Hamilton-Jacobi-Bellman equations
• 10:20 | Coffee Break
• 10:50 | Ngoc Tien Tran: Convergence of a regularized finite element discretization
  of the two-dimensional Monge-Ampere equation
• 11:30 | Omar Lakkis: A least-squares approach to fully nonlinear elliptic equations in Hamilton-Jacobi-Bellman form
• 12:10 | Closing