Coastal Engineering
- Coastal Hydrodynamics
- Wave propagation over complex bathymetry
- Nonlinear wave interactions and characteristics of the largest waves
- Wave breaking
- Environmental loading on Coastal Structures
- Nature-based solutions for coastal protection
- Marine Renewables
- Sediment Transport
Extreme Events
- Wave statistics (crest heights, wave heights, kinematics)
- Rogue waves and extreme events in shallow water
- Long-term statistics of sea-states used in marine and coastal design
- Climate change effects on sea-state severity
- Coastal flood risk analysis
Guest Lectures
Nonlinear wave interactions and breaking at finite water depths, SUT Group on Environmental Forces (SUTGEF), City, University of London, 2020
Statistical distribution of wave heights and crest heights in intermediate and shallow water depths, University of Oxford, 2019
Investigation of random wave systems in finite water depths, National Technical University of Athens, 2019
Research Student Supervision
Al Khalili,U, Numerical simulation of waves over coastal bathymetries
Almalki,Y, Optimisation of OWCs embedded in breakwaters in the coastal zone
Bellos,V, Wave propagation over complex coastal bathymetry
Hewetson,A, Effects of Coastal Change in the selection of a Geological Disposal Facility
Huo,S, Development of a probabilistic wave loading model for offshore structural designs
Mao,LX, The reliability of offshore floating wind farms
Miller,O, Extreme wave loading on coastal structures
Wright,W, Addressing coastal erosion: Stochastic modelling of shoreline evolution under a changing climate