Parallelization of CFD-DEM couplings
Scalability of the XDEM-OpenFOAM coupled execution
Eulerian-Lagrangian couplings are nowadays widely used to address engineering and technical problems. In particular, CFD-DEM couplings have been successfully applied to study several configurations ranging from mechanical, to chemical and environmental engineering. However, such simulations are normally very memory and computationally intensive, and the execution time represents a major issue for the applicability of this numerical approach to complex scenarios. Currently, there is no universally accepted solution for the parallel execution of CFD-DEM couplings and the state of the art suffers of severe comunnication bottlenecks. This project aims at investigating novel coupling approaches to improve the performance the parallel CFD-DEM simulations.
This research is in the framework of the project DigitalTwin, supported by the programme: Investissement pour la competitivite et emploi* - European Regional Development Fund (Grant agreement: 2016-01-002-06).