Journal of Hydraulic Research · 2010 · 128 citations · 11 references
EngineeringEarth SciencesOcean EngineeringCoastal EngineeringOcean ModelingOcean WavesCoastal HydrodynamicsHydrodynamic ResponseMarine HydrodynamicsSubmarine LandslidesSubsea HydrodynamicsSurface Wave DynamicsDeep Water WavesHydrodynamic AnalysisLandslidesNumerical Modeling Of LandslidesSeafloor Landslide StructuresSubmarine Landslide Tsunami GenerationSurface Water Waves
AbstractThe present work introduces a numerical representation of the rheological non Newtonian Bingham model by means of the Smoothed Particle Hydrodynamics (SPH) approach. The model is first re-written using the SPH formalism. Then, it is tested using an annular viscometer test case. Finally, the generation of tsunami waves due to underwater landslide is faced, considering the experimental work of Rzadkiewicz et al. (1997). The implemented rheological SPH model is used to simulate the landslide deformation, and its interaction with water, thus simulating also the generation and propagation of surface tsunami waves.Keywords: Bingham modelnumerical simulationrheologySPHsubmarine landslides
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Simulating Free Surface Flows with SPH
J. J. Monaghan · Journal of Computational Physics · 1994 · 3.3K citations
Smoothed particle hydrodynamics
J. J. Monaghan · Reports on Progress in Physics · 2005 · 2.7K citations