Modeling dense droplet spray combustion with multiple-mapping conditioning
This data set contains the OpenFOAM case files required for reproducing the results published in:
Jan Wilhelm Gärtner, Ka Ho Lam, Andreas Kronenburg,
Modeling dense droplet spray combustion with multiple-mapping conditioning,
Proceedings of the Combustion Institute,
Volume 41, 2025, 105895, doi: 10.1016/j.proci.2025.105895.
The case files are separated in two tar archives:
DNS: Contains all DNS cases separated in LtoD-5 and LtoD-10 setup
LES: Contains all LES cases separated in LtoD-5 and LtoD-10 setups
The LtoD-5 setup corresponds to the dense case and the LtoD-10 setup to the dilute spray case.
Plot Results
To generate the plots of the paper, the provided Jupyter notebook files may be used. These Jupyter notebook files require two additional Python libraries
OpenFOAM Reader
mmcFoam python library for post-processing
The OpenFOAM Reader is open-source and publicly available on GitHub. The mmcFoam Python library is part of the mmcFoam solver, which is open-source upon registration. If you wish to use mmcFoam, please contact:
Prof. Andreas Kronenburg: andreas.kronenburg@irst.uni-stuttgart.de
Prof. Matthew Cleary: m.cleary@sydney.edu.au
OpenFOAM, v2406
mmcFoam, v2506
