A.A. Arcilla, University of Catalonia, Barcelona. M. Pastor, CEDEX, Madrid. O.C. Zienkiewicz, University College of Swansea. B.A. Schrefler, University of Padua.

• Preface 1. Ocean circulation; A numerical model for tidal and wind driven circulation: An application to the Gulf of La 3 Spezia; Modelling the neritosphere; Modelling upwelling along a shelf break in high latitudes; A mid-scale tidal analysis of waters around the north-western corner of the Iberian Peninsula; Numerical simulation of tidal flow and contaminant transport in shallow water bays; New two-dimensional model of large-scale oceanic circulation 2. Wave structure interaction 3. Water quality and biological modelling 4. Harbour resonance 5. Coastal circulation 6. Random waves description 7. Sediment transport and morphology 8. Shallow water equations 9. Wave propagation and transformation 10. Open boundary conditions 11. Marine structures 12. Water quality modelling 13. Marine structures and foundations 14. Mathematical modelling o/water waves.

A.A. Arcilla, University of Catalonia, Barcelona. M. Pastor, CEDEX, Madrid. O.C. Zienkiewicz, University College of Swansea. B.A. Schrefler, University of Padua.

• Preface 1. Ocean circulation; A numerical model for tidal and wind driven circulation: An application to the Gulf of La 3 Spezia; Modelling the neritosphere; Modelling upwelling along a shelf break in high latitudes; A mid-scale tidal analysis of waters around the north-western corner of the Iberian Peninsula; Numerical simulation of tidal flow and contaminant transport in shallow water bays; New two-dimensional model of large-scale oceanic circulation 2. Wave structure interaction 3. Water quality and biological modelling 4. Harbour resonance 5. Coastal circulation 6. Random waves description 7. Sediment transport and morphology 8. Shallow water equations 9. Wave propagation and transformation 10. Open boundary conditions 11. Marine structures 12. Water quality modelling 13. Marine structures and foundations 14. Mathematical modelling o/water waves.

A.A. Arcilla, University of Catalonia, Barcelona. M. Pastor, CEDEX, Madrid. O.C. Zienkiewicz, University College of Swansea. B.A. Schrefler, University of Padua.

• Preface 1. Ocean circulation; A numerical model for tidal and wind driven circulation: An application to the Gulf of La 3 Spezia; Modelling the neritosphere; Modelling upwelling along a shelf break in high latitudes; A mid-scale tidal analysis of waters around the north-western corner of the Iberian Peninsula; Numerical simulation of tidal flow and contaminant transport in shallow water bays; New two-dimensional model of large-scale oceanic circulation 2. Wave structure interaction 3. Water quality and biological modelling 4. Harbour resonance 5. Coastal circulation 6. Random waves description 7. Sediment transport and morphology 8. Shallow water equations 9. Wave propagation and transformation 10. Open boundary conditions 11. Marine structures 12. Water quality modelling 13. Marine structures and foundations 14. Mathematical modelling o/water waves.