Computer Modelling of Seas and Coastal Regions
Published on 6. December 2012
IX, 524 pages
978-94-011-2878-0 (ISBN)
Description
This book Computer Modelling of Seas and Coastal Regions is the first volume of the two volume proceedings of the International Conference on Computer Modelling of Seas and Coastal Regions and Boundary Elements and Fluid Dynamics, held in Southampton, U.K., in April 1992. The importance of accurate modelling of seas and coastal regions is empha sized by the need for predicting their behaviour under extreme conditions. Problems, such as pollution of these areas, have become a major interna tional concern and the related environmental problems need further study using techniques which can be used to determine the ways in which the water systems respond to different effects and try to minimize the damage. They can also lead to the development of early warning systems in combina tion with remote sensing equipment and experimental sampling techniques. Furthermore, once a disaster occurs, the model can be used to optimize the use of the available resources. The conference addresses coastal region modelling both under normal and extreme conditions, with special reference to practical problems, currently being experienced around the world. Many of the delegates are actively involved in the modelling of seas and coastal regions. This volume includes sections on waves, tides, shallow water circulation and channel flow, siltation and sedimentation, pollution problems, and computu tational techniques. The organizer would like to thank the International Scientific Advisory Committee, the conference delegates and all those who have actively sup ported the meeting.
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P.W. Partridge
Computer Modelling of Seas and Coastal Regions
Book
04/1992
Kluwer Academic Publishers
€53.49
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Content
Section 1: Waves.- Modelling Wave Propagation in Large Areas.- Stokes Drift Effects Computed From Measured Wave Data.- The Transfer of the Donelan et al. Spectrum on Shoaling Water.- A Numerical Solution for the Breakwater Gap Wave Diffraction Problem.- Boundary Integral Formulation of Wave Energy Dissipation in Porous Media.- Numerical and Experimental Studies on Diffraction of Water Waves Around Three-Cylinder Group.- Wave Breaking over a Submerged Plate - A Numerical Study.- Numerical Modelling of Wave Field in Harbours Using Boundary Element Method.- Numerical Hindcasting and Forecasting of Wind Waves in La Plata River, Argentina.- On the Calculation of Extreme Waves and Design Waves for Designing Coastal Structures.- Refraction and Diffraction of Surface Water Waves Using a Coupled FEM-BEM Model.- Section 2: Tides.- On Quality Assurance for Numerical Tidal Models.- Computer Modelling of the Tides of the Arabian Gulf.- Numerical Modelling of Tidal Motion in the Southern Waters of Singapore.- Section 3: Shallow Water Circulation and Channel Flow.- Numerical Prediction of Tidal Flow in Shallow Water.- Modeling Man Made Channels Between Sea and Coastal Lagoons.- Effect of the Length of the Estuary on its Characteristics.- A Finite Element Simulation Model for the Study of Wind Driven and Tidal Current in a Shallow Coastal Lagoon.- Finite Element Modelling of Moving Boundary Problems in Estuaries and Coastal Waters.- Flux-Vector and Flux- Difference Splitting Methods for the Shallow Water Equations in a Domain with Variable Depth.- Three Dimensional Modelling of a Mediterranean Bay.- A Tool for Education and Exploratory Research on Shallow Waters.- Computer Modelling of Coaltar PAH Fate in a Coastal Estuary.- Section 4: Siltation and Sedimentation.- Prediction of SeabedSand Waves.- Application of N Line Model at Songkhla Port, Thailand.- A Two Dimensional Finite Element System of Sediment Transport and Morphological Evolution.- Long-Term Simulation of Cohesive Sediment Bed Erosion and Deposition by Tidal Currents.- Shoreline Change Modeling.- Modelling Siltation at Chukpyon Harbour, Korea.- Section 5: Pollution Problems.- Application of the Three-Dimensional Model to Slovenian Coastal Sea.- A Finite Element Strategy for the Analysis of the Discharge of Warm Water into Coastal Waters.- Quantitative Analysis of Diffusion Area of River Effluent with Satellite Remote Sensing.- Modelling of Tidal Flow and Transport Processes: A Case Study in the Tejo Estuary.- Effluent Transport on the Solent by the Boundary Element Dual Reciprocity Method.- Section 6: Computational Techniques.- Use of Parallel Computing in Modelling Environmental Phenomena.- TELEMAC-3D: A Finite Element Code to Solve 3D Free Surface Flow Problems.- Dropped Object Risk Assessment.- Authors' Index.
