Reference : A Parallel Multiscale DEM-VOF Method For Large-Scale Simulations Of Three-Phase Flows |
Scientific congresses, symposiums and conference proceedings : Paper published in a journal | |||
Engineering, computing & technology : Multidisciplinary, general & others | |||
Computational Sciences | |||
http://hdl.handle.net/10993/35831 | |||
A Parallel Multiscale DEM-VOF Method For Large-Scale Simulations Of Three-Phase Flows | |
English | |
Pozzetti, Gabriele ![]() | |
Besseron, Xavier ![]() | |
Rousset, Alban ![]() | |
Peters, Bernhard ![]() | |
2018 | |
Proceedings of ECCM-ECFD 2018 | |
Yes | |
ECCM-ECFD | |
10-6-2018 to 17-6-2018 | |
[en] Parallel Computing ; Multiscale ; DEM-VOF Method | |
[en] A parallel dual-grid multiscale DEM-VOF coupling is here investigated. Dual-
grid multiscale couplings have been recently used to address different engineering problems involving the interaction between granular phases and complex fluid flows. Nevertheless, previous studies did not focus on the parallel performance of such a coupling and were, therefore, limited to relatively small applications. In this contribution, we propose an insight into the performance of the dual-grid multiscale DEM-VOF method for three- phase flows when operated in parallel. In particular,we focus on a famous benchmark case for three-phase flows and assess the influence of the partitioning algorithm on the scalability of the dual-grid algorithm. | |
Luxdem.parallel_CFD-DEM | |
http://hdl.handle.net/10993/35831 |
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