Coastal Engineering VI: Computer Modelling and Experimental Measurements of Seas and Coastal Regions
C. A. Brebbia, David Almorza Gomar, F. Lopez Aguayo
WIT Press, Jan 1, 2003 - Technology & Engineering - 516 pages
Emphasising practical applications, this volume features the proceedings of the sixth international conference on this subject. The contributions are grouped into sections including: Shallow Water Studies; Estuarine Problems; Pollutant Transport and Dispersion; Oil Spills; Wave Studies; Coastal Erosion and Sedimentation; and Case Studies.
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Solving nonhydrostatic NavierStokes equations with a free surface
Parallel edgebased implementation of the finite element method
Threedimensional hydrodynamic modeling of an industrial coastal
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Abu Dhabi ambient analysis Barletta bathymetric beach profile bottom boundary conditions breaking waves breakwater channel coast Coastal Engineering coastal erosion coefficient computed concentration continuous parallel breakwater cross-shore density diffuser discharge dispersion dissipation distribution domain effects effluent energy environmental estimated estuaries field fluid free surface function grid groynes Gulf Gulf of Finland horizontal hydraulic hydrocarbons hydrodynamic increase interface internal waves jet flow longshore Margherita di Savoia Marine maximum measured method Navier-Stokes equations nonlinear NRBCs numerical model observed obtained ocean Ofanto offshore oil spill outfall parameters period pollutant port prediction problem propagation region Research river salinity sampling sand seawater sediment transport settling velocity Shallow Water Equations shear stress shoaling shoreline shown in Figure shows simulation slope solution sponge storm structures surf zone Tallinn Bay tidal tide transport rate turbulence variations vertical water depth