Numerical Methods in Geosciences
Team
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Professors
Active professors
Photo: CEN/UHH/J. Behrens
Key aspects of activity
- Adaptive grid generation
- Numerical methods for conservation laws
- Multi-scale methods
- Efficient algorithms
Research associates
Photo: CEN/UHH/J. Behrens
Key aspects of activity
- Adaptive volcanic simulation
- Discontinuous Galerkin Method
- Euler/Navier-Stokes equations
Photo: CEN/UHH/J. Behrens
Key aspects of activity
- Adaptive climate simulation
- Transport schemes in climate models
- Mesh adaptation in climate models
- Deep learning with multi-scale finite element method
Photo: CEN/UHH/K.Simon
PhD Student
Grindelberg 5
20144 Hamburg
Room: 410, Grindel5
Tel: +49 40 42838-7751
Fax: +49 40 42838-7712
Key aspects of activity
- Multiscale Finite element method.
- Semi-Lagrangian schemes.
- Advection-Diffusion Equation.
- Subgrid model for canopies representation in climate model.
Photo: CEN/UHH/K. Simon
Key aspects of activity
- Multiscale numerical methods
- Advection dominated multiscale flows
- Deep learning for scale interaction
- Multiscale Finite elements
- Simulation of complex physical systems
- Scientific software development
Photo: CEN/UHH/J. Behrens
PhD Student
Grindelberg 5
20144 Hamburg
Room: 410, Grindel5
Key aspects of activity
- Coupling methods for climate simulation