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