Code development and numerical simulation of THC/M coupled process
- Source code development for reactive transport simulation for the evaluation of contaminant migration and degradation in underground (e.g. nuclear waster final repository)
- Numerical simulation of dissolution/precipitation processes of host rocks interacting with groundwater
- Geochemical simulation under extreme thermodynamic conditions
- Concrete corrosion in highly saline solutions
- Gas migration in low permeable porous media
- Multiphase flow analysis of hydraulic migration processes in low permeable porous media
Computer skills
- Scientific Software Development and/or Application
- MIN3P €“ code development, management, quality control since 2012
- OpenGeoSys - 4 years of C/C++ source code development and application
- PHREEQC - interface development in OpenGeoSys for reactive transport
- ChemApp - interface development in OpenGeoSys for reactive transport
- TOUGH2, TMVOC €“ code modification and application for multiphase flow
- TOUGHREACT €“ primary application for reactive transport in multiphase flow
- MODFLOW, PEST - working knowledge for groundwater resource evaluation
- Programming Languages: C/C++, FORTRAN
- HTML - website development and administration
- TecPlot, Latex
Engineering barrier material development (HLW)
- Experiment on heavy metal migration in soil
- Laboratory experiments (e.g. hydraulic conductivity, diffusion coefficient, gas migration) on highly compacted bentonite as engineering barrier material
- Development of the self-sealing salt material