OpenGeoSys-6.2: Annual report
Jasper Bathmann, Lars Bilke, Jörg Buchwald, Chaofan Chen, Thomas Fischer, Norbert Grunwald, Yonghui Huang, Olaf Kolditz, Thomas Kalbacher, Christoph Lehmann, Renchao Lu, Fabien Magri, Xing Miao, Thomas Nagel, Dmitri Naumov, Erix Nixdorf, Francesco Parisio, Karsten Rink, Haibing Shao, Marc Walther, Wenqing Wang, Norihiro Watanabe, Keita Yoshioka, Tyanyuan Zheng
The code
- Open source: contributions and discussions on github.com/ufz/ogs
- Documentation and benchmarks on docs.opengeosys.org
- Linked source code documentation on doxygen.opengeosys.org
- Overview on www.opengeosys.org
OGS initiative timeline
Original development
Rockflow
RF2
RF3
GeoSys/RF
Fortran
Fortran
Fortran
C
...
1986
1991
1997
2004
Modern times
OGS-5
OGS-6.0
OGS-6.1
OGS-6.2
...
C++03
C++11
C++14
C++17*
2009
2013
2017
2019
OGS-6 code statistics
Testing and Continiuous Integration
- Code reviews
- Compilation on Linux, MacOS, and Windows using gcc, clang, and visual studio compilers
- Unit tests covering fundamentals
- Numerical tests/benchmarking
- Other test criteria include:
- compilation warnings
- static analysis warnings
- missing documentation
Implemented processes (HT)
- Elliptic, Parabolic
- Component transport
- Heat transport w/ BHE
- Hydro thermal
- 2-phase flow (p-p and p-ϱ formulation)
- Thermal 2-phase flow (p-p formulation)
- Liquid flow
- Richards flow
- Richards component transport
- Thermal energy storage
Implemented processes (M+)
- Small deformation {LIE, phase field, non-local damage}
- Hydro mechanics {LIE, phase field}
- Richards mechanics
- Thermo mechanics {phase field}
- Python boundary conditions and source terms
- MFront coupling
New processes
- Heat transport w/ BHE process supporting 1U, CXA, and CXC BHE types.
- Staggered implementation of a thermo-mechanical process with phasefield.
- Richards mechanics process.
- Small deformation process with non-local integration of damage.
- Staggered implementation of phasefield process.
- Component transport process in revised formulation.
- Multi-component transport process.
Other changes
https://github.com/ufz/ogs/releases
- Support for intersecting fractures (x-crossing and t-junction) in LIE/SD process.
- Subdomain deactivation within time intervals.
- Add a driver for an iteration based time stepping algorithm.
- Implementation of Python boundary conditions.
- Writing and reading of integration point data.
- Add input of vtu-meshes for boundary conditions additionally to the gml input.
- Parameters may now be explicitly defined on arbitrary subdomains.
- C++17 standard is enabled and is allowed in the production code.
Current development
- TH²M process including multi-component, multi-phase materials support
Norbert Grunwald, BGR/UFZ - IPhreeQC coupling for to a component transport process.
- Linear elastic orthotropy
HPC scaling and efficiency
Testing of density driven flow on JUWELS with ca. 13.2 million DOFs. Runtime about 40000s at 720 cores.
