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Communication dans un congrès
Coupling SPH with a 1-D Boussinesq-type wave model
Abstract : The high computational cost of SPH remains problematic in dealing with wave propagation, especially when the domains considered are large. In order to overcome this difficulty, we propose to couple 2-D SPH with a 1-D Finite Difference Boussinesq-type model. The latter deals with wave propagations for most of the spatial domain, whereas SPH computations focus on the shoreline or close to off-shore structures, where a complex description of the free-surface is required. The re-use of existing codes is achieved using a generic implementation based on Component Technology. The communication between software is ensured by the middleware Component Template Library (CTL). In order to deal with open domains, open-boundaries have to be implemented for SPH, with water height and velocity varying in space and time. These velocity and water height values are then driven by the Boussinesq-type model. As an illustration of the one way coupling, we present herein two simple examples of water waves, the first one with a flat bottom, the other one representing a schematic coastal protection.
Littérature citée [22 références]
https://hal-enpc.archives-ouvertes.fr/hal-00601352
Contributeur : Christophe Kassiotis <>
Soumis le : vendredi 17 juin 2011 - 14:18:17
Dernière modification le : lundi 11 mai 2020 - 12:30:12
Document(s) archivé(s) le : vendredi 9 novembre 2012 - 15:20:28
Contributeur : Christophe Kassiotis <>
Soumis le : vendredi 17 juin 2011 - 14:18:17
Dernière modification le : lundi 11 mai 2020 - 12:30:12
Document(s) archivé(s) le : vendredi 9 novembre 2012 - 15:20:28
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KassiotisEtAl_Spheric6.pdf
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