PeleMP was the multiphysics code extension for PeleC, PeleLM, and PeleLMeX. It provided models for sprays and soot.
The physics modules and documentation of PeleMP have been moved to PelePhysics, and this repository is now archived. Further development is continuing within PelePhysics. The test cases have moved to the PeleC and PeleLMeX repositorties.
Detailed instructions are provided in the Documentation
- Determine which Pele code will work with your problem. Follow the instructions listed in that repo.
Set the enviroment variable, PELEMP_HOME, and clone a copy of PeleMP there :
export PELEMP_HOME=<path_to_PeleMP> git clone [email protected]:AMReX-Combustion/PeleMP.git ${PELEMP_HOME}or :
export PELEMP_HOME=<path_to_PeleMP> git clone https://github.com/AMReX-Combustion/PeleMP.git ${PELEMP_HOME}
To cite the Soot and Spray capabilities from PeleMP, please use the following Journal of Fluids Engineering article: :
@article{owen2023pelemp,
title={PeleMP: The Multiphysics Solver for the Combustion Pele Adaptive Mesh Refinement Code Suite},
author={Owen, Landon D and Ge, Wenjun and Rieth, Martin and Arienti, Marco and Esclapez, Lucas and S Soriano, Bruno and Mueller, Michael E and Day, Marc and Sankaran, Ramanan and Chen, Jacqueline H},
journal={Journal of Fluids Engineering},
pages={1--41},
year={2023}
}PeleMP requires the AMReX and PelePhysics libraries.
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