Department of
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Research projects in Scientific Computing
The projects marked (X) explicitly provide topics for master theses (examensarbeten).
Adaptive finite element methods for multi-scale/physics problems
Algorithms and implementations for multicore and parallel architectures
Bone
- Solution methods for trabecular bone micro-finite element models (X)
Computational methods for unsteady Aerodynamics
Computational Systems Biology
(X)
Dynamic load balancing of parallel SAMR applications
Finite element preconditioners for algebraic problems in modelling of multiphase microstructures
(X)
Flexible and efficient simulation of stochastic reaction-diffusion networks
(X)
GEOHPC
- Large scale numerical simulations of multiphysics and multiscale problems in Geophysics (X)
How Students Learn to Program
(X)
Ice sheet modeling
Numerical finance
Numerical methods for genetic analysis of complex traits
Numerical methods for Quantum Dynamics
Numerical methods for second order hyperbolic systems
Numerical methods for simulating multiphase flow
PAFEM
- Preconditioners for Adaptive Finite Element Methods (X)
Perfectly Matched absorbing Layers for wave propagation problems
RBF PDE
- Radial basis function approximations for PDE problems (X)
Scientific applications on GRID systems
TENGO
- Tensor Notation for Grid Operators
x
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