Projects

At the Chair of Applied Mathematics 3, we work (or have worked) on the following projects (in time-reversed order):

• Modern approaches to solving the Full-Stokes problem in the context of ice sheet modeling
  
• Convective heat transport in nanofluids
  
• Besov regularity of parabolic partial differential equations on Lipschitz domains
  
• Cooling of a battery module
  
• A discontinuous Galerkin method for the subjective surfaces problem
  
• Interactive high-performance computing
  
• Non-newtonian two-phase flow
  
• Temporal Multiscale Methods for an Artherosclerosis Model
  
• A priori and a posteriori error estimates for time-dependent problems
  
• Optimization of Airlay Processes
  
• Marangoni convection
  
• Solid-liquid phase transitions with a free melt surface
  
• Higher order time discretization for free surface flows
  
• Fluids in rocket tanks
  
• Particulate flows in industrial applications