Teaching and Education

• Experimental and Numerical Investigations of Thermal Diffusion in Hydrophilic Gas Diffusion Layers in PEM Fuel Cells
  Further Information
  Supervisor: Kerem Bozkurt (M.Sc.)

• Experimental and/or numerical investigations on microbially induced calcite precipitation and biofilm in microfluidic porous media
  Weitere Informationen
  Betreuer: Kerem Bozkurt (M.Sc.), Dr. Felix Weinhardt
  
  
• Applied simulations of reactive transport in porous media, in particular induced calcite precipitation (ICP), and the associated changes in the medium's properties unsing exsisting models.
  Supervisor: Dr.-Ing. Johannes Hommel
  
  
• Comparing simulation results to experimental data or modeling investigations to asses different possible, realistic application scenarios of ICP. Limited experimental investigations of ICP. 
  Supervisor: Dr.-Ing. Johannes Hommel
  
  
• Investigation of processes during painting restoration using pore-network modeling
  More information
  Supervisor: Dr.-Ing. Johannes Hommel
  
  
• Grid refinement for the finite volume method on staggered grids.
  Supervisor: Melanie Lipp (M.Sc.)
  
  
• Free flow and porous medium flow coupling.
  Supervisor: Edward Coltman (M.Sc.)
  
  
• Soil-water evaporation simulation. 
  Supervisor: Edward Coltman (M.Sc.)
  
  
• Turbulence modelling.
  Supervisor: Edward Coltman (M.Sc.)
  
  
• Experimental and/or (as prefered) numerical investigations of vertical carbon dioxide migration as it dissolves from cave air into water columns.
  Supervisor: apl. Prof. Dr.-Ing. Holger Class
  
  
• CO2 sources and sinks in soils and CO2 fluxes in the vadose zone: a modelling study towards assessing their potential role for carbon budget models.
  Supervisor: apl. Prof. Dr.-Ing. Holger Class
  
  
• Realisation of a general advection-diffusion model in DuMuX. 
  Supervisor: Dr. -Ing. Martin Schneider
  
  
• Mixed-dimension coupling methods with distributed sources for two-phase flow problems in porous media.
  Supervisor: Hanchuan Wu (M.Sc.)
  
  
• Non-Newtonian Fluid Flow through Porous Media. 
  Supervisor: Tufan Ghosh (PhD)
  
  
• Investigation of transmissibility development due to precipitation processes in pore-network models using a thin-strip concept. More information
  Supervisor: Theresa Schollenberger (M.Sc.)

Please contact our colleagues directly if you are interested in a student assignment or send an e-mail to  Holger Class or Rainer Helmig.