Advanced Numerical Modelling of Wave Structure Interaction
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Advanced Numerical Modelling of Wave Structure Interaction
Dimakopoulos, Angelos; Caubilla, Pablo Higuera; Kelly, David M
Taylor & Francis Inc
04/2021
270
Dura
Inglês
9780815359975
15 a 20 dias
798
Descrição não disponível.
Forword. Introduction. Wave generation and absorption techniques. Wave popagation models for numerical wave tanks. Wave breaking and air entrainment. Air compressibility and aeration effects in coastal flows. Violent wave impacts and loadings using the d-SPH method. Wave and structure interaction: porous coastal structures. CFD modelling of scour in flows with waves and currents. A coupling strategy for modelling moored floating structures. Future prospects.
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Free Surface Flow;Fluid Structure Interaction;Smoothed Particle Hydrodynamics (SPH);Volume of Fluid (VOF);Particle In Cell (PIC);Cfd Model;Sediment transport;NWT;Turbulence modelling;Wave Structure Interactions;Advanced numerical modelling;Solitary Wave;Wave-structure interaction;SPH Model;Dam Break Flow;Free Surface Evolution;Relaxation Zone;Scour Depth;Breaking Waves;Mooring Line;Compressible Solver;Nonlinear Shallow Water Equations;SST Turbulence Model;Lagrangian Domain;Free Surface Boundary Condition;HLLC Ars;Scour Hole;Vortex Filaments;Euler Lagrange Type;Standard SPH;Broken Waves;Ghost Particles;LBM;WEC
Forword. Introduction. Wave generation and absorption techniques. Wave popagation models for numerical wave tanks. Wave breaking and air entrainment. Air compressibility and aeration effects in coastal flows. Violent wave impacts and loadings using the d-SPH method. Wave and structure interaction: porous coastal structures. CFD modelling of scour in flows with waves and currents. A coupling strategy for modelling moored floating structures. Future prospects.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Free Surface Flow;Fluid Structure Interaction;Smoothed Particle Hydrodynamics (SPH);Volume of Fluid (VOF);Particle In Cell (PIC);Cfd Model;Sediment transport;NWT;Turbulence modelling;Wave Structure Interactions;Advanced numerical modelling;Solitary Wave;Wave-structure interaction;SPH Model;Dam Break Flow;Free Surface Evolution;Relaxation Zone;Scour Depth;Breaking Waves;Mooring Line;Compressible Solver;Nonlinear Shallow Water Equations;SST Turbulence Model;Lagrangian Domain;Free Surface Boundary Condition;HLLC Ars;Scour Hole;Vortex Filaments;Euler Lagrange Type;Standard SPH;Broken Waves;Ghost Particles;LBM;WEC
