Publication | Open Access
Development of Hierarchical Domain Decomposition Explicit MPS Method and Application to Large-scale Tsunami Analysis with Floating Objects
57
Citations
16
References
2014
Year
Numerical AnalysisCluster ComputingEngineeringParticle SimulationMemory Parallel AlgorithmComputer ArchitectureParallel ImplementationParticle MethodMarine EngineeringComputational MechanicsMulti-resolution MethodNaval ArchitectureTsunami ScienceParallel SoftwareNumerical ComputationNumerical SimulationFloating ObjectsModeling And SimulationComputational GeophysicsParallel ComputingLarge-scale Tsunami AnalysisMassively-parallel ComputingHierarchical Domain DecompositionComputer EngineeringInverse ProblemsComputer ScienceOcean EngineeringCivil EngineeringParallel ProcessingParallel Programming
In this research, a novel distributed memory parallel algorithm for the explicit moving particle simulation (MPS) method is presented. In this method, the analysis area is divided for distributed memory parallel computation using ParMETIS. The development offers two improved points from the distributed parallel explicit particle method of single bucket-based domain decomposition [1]. The first improved point is the hierarchical domain decomposition of two levels. The second improved point is that particle data are managed by buckets. Based on the improvements, we are efficiently able to run a large-scale run-up tsunami analysis.
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