ECS-SS2 | NUMERICAL MODELLING OF SWASH ZONE MORPHODYNAMICS: METHODS, PROCESSES AND PHYSICAL INSIGHTS
Theme:
Estuaries, Coasts and Seas (ECS)
Short description on the session:
The session will address numerical modelling of swash zone processes. This will be from the point of view of working toward better modelling so as to achieve a better understanding of the physics, and therefore of the beach behaviour. This is important because net beach change is typically the (small) difference between two large quantities (in the swash, the uprush and backwash). So, accurate modelling depends on an appropriate representation of the controlling processes, as well as accurate and reliable numerical methods. And efficient, reduced.
Estuaries, Coasts and Seas (ECS)
Short description on the session:
The session will address numerical modelling of swash zone processes. This will be from the point of view of working toward better modelling so as to achieve a better understanding of the physics, and therefore of the beach behaviour. This is important because net beach change is typically the (small) difference between two large quantities (in the swash, the uprush and backwash). So, accurate modelling depends on an appropriate representation of the controlling processes, as well as accurate and reliable numerical methods. And efficient, reduced.
Conveners:
Useful information:
Nicholas DODD, Professor, University of Nottingham, Dept. of Civil Engineering, Email: Nicholas.Dodd@Nottingham.ac.uk , Phone: +44-(0)115 951 4164
Riccardo BRIGANTI, Associate Professor, University of Nottingham, Dept. of Civil Engineering, Email: Riccardo.Briganti@Nottingham.ac.uk , Phone: +44-(0)115 951 4604
Useful information:
Duration of session: |
2 hours |
Duration of oral presentation: | 15 minutes (12 presentation + 3 discussion) |
Total number of presentations: | 6 - 8 |
Length of abstract: | 2 pages, following the template of the Congress |
Special issue on a journal: | Yes, by the Convener; it can be supported by the Organizing Committee |