CE545

On successful completion of the course, the students should be able to;

1. Explain wave generation, propagation, forecasting, measurements and wave analysis.
2. Apply wave theories to analysis coastal hydrodynamic processes.
3. Analysis coastal processes that need to be considered in coastal engineering design projects, such as coastal protection structures and harbour structures.
4. Calculate scales for hydraulic modelling and be aware of scale effects.
5. Describe and plan coastal zone management programme.

1. Coastal environment : Coastal features, tides, wave generation by wind, wave propagation and forecasting, wave measurements, wave analysis
2. Coastal and estuarine hydraulics : Wave theories, estuarine environment, sediment transport in estuaries
3. Nearshore coastal processes : Nearshore currents, wave breaking, longshore sediment transport, onshore-offshore sediment transport
4. Coastal and harbor structures : Coast protection structures, port and harbor structures, hydraulic and structural responses, introduction to physical modeling
5. Coastal zone management in Sri Lanka : Environmental problems of Sri Lankan coast, coastal hazards, development of coastal zone management program.

1. Sorensen, R, 2005, Basic Coastal Hydraulics, Springer-Verlag, New York.
2. Wijetunge, JJ 2013, An Introduction to Coastal Engineering – Processes, Theory, Hazards and Design Practice, Colombo, S. Godage Publishers.
3. Kamphuis, JW 2010, Introduction to Coastal Engineering and Management, Singapore, World Scientific.
4. Dean, RG & Dalrymple, RA 2004, Coastal Processes with Engineering Applications, Cambridge, Cambridge University Press.