Mathematische Forschung am WIAS
- Adaptive smoothing methods
- Algorithms for the generation of 3D boundary conforming Delaunay meshes
- Analysis of Partial Differential Equations and Evolutionary Equations
- Analysis of stochastic differential equations
- Development and analysis of financial models
- Dimension reduction in statistical data analysis
- Direct and inverse problems for the Maxwell equations
- Direct and inverse problems in thermomechanics
- Free boundary problems for partial differential equations
- Functional analysis and operator theory
- Hysteresis operators and rate-independent systems
- Interacting random systems
- Large deviations
- Methods for stopping and control problems in discrete and continuous time
- Modeling, analysis and numerics of local and nonlocal phase field models
- Multi scale modeling and hybride models
- Multiscale Modeling and Asymptotic Analysis
- Nonlinear kinetic equations
- Numerical methods for coupled systems in computational fluid dynamics
- Optimal control of partial differential equations and nonlinear optimization
- Solution of large sparse linear systems
- Spectral theory of random operators
- Statistical inverse problems
- Systems of partial differential equations: modeling, numerical analysis and simulation
- Theory of dynamical systems
- Variational methods