Washout of a coastal road in Sri Lanka by the 2004 Indian Ocean tsunami.
Research Interests
My research focuses on hydrodynamic modeling, with a general concentration on shallow water wave phenomenon. Much of my work is numerical-based, although experimental and field components play a significant role in my projects. Current research includes multi-scale wave modeling, hybrid and parallel numerical computing, investigations into tsunami breaking, and extraction of energy from nearshore wind waves.
Keywords:
Numerical modeling of coastal processes; tsunami propagation and runup; wind wave evolution from deep to shallow water; sediment transport in the coastal zone; wave interaction with permeable structures such as breakwaters; internal waves; wave energy.
Funded Projects:
Projects on nearshore tsunami evolution include:
Projects on large-scale, multi-physics coastal modeling include:
Projects on tidal inlets and river mouths include:
Projects on wave modeling and interaction with structures include:
- Numerical Tool Development in Support of Risk-Based Engineering Models
- Modeling of Directional Spectra and Surge Overtopping of Levees
- Modeling of Tsunami Impacts near Nuclear Reactors