COAST Engineering Research Group: research projects
Find out what research we are currently involved in
Image courtesy of David Simmonds
Our research disciplines include:
- Marine renewable energy
- Coastal structures
- Ocean engineering
- Coastal and estuarine processes
- Flood risk and coastal protection
- Hydrodynamics
- Sediment dynamics
- Morphodynamics
- Port engineering
- Artificial Intelligence applied to coastal engineering.
Active projects
-
The Intelligent Community Energy Project (ICE)
-
Addition of a wind generator to the COAST Laboratory for the experimental testing of floating wind turbines
-
MaRINET 2
-
ORE Supergen Hub
-
Smoothed Particle Hydrodynamics model for wave energy converters in survival conditions
-
A non-linear numerical wave model to investigate the dynamic behaviour of a large diameter monopile-based offshore wind turbine (OWT) within the Caribbean Sea environment
-
Structural performance of floating marine energy devices
-
Extreme Responses in Coastal Engineering using NewWave on Steep Structures
-
Compound flooding from tropical cyclone-induced sea surge and precipitation in Sri Lanka (C-FLOOD)
-
Collaborative Computational Project in wave Structure Interaction (CCP-WSI)
-
Marine-i
-
PORTOS – Ports towards energy self-sufficiency
-
TIGER (Tidal Stream Industry Energiser)
-
Extreme Loading on Floating Offshore Wind Turbine under Complex Environmental Conditions
-
Cornwall Floating Offshore Wind Accelerator
-
FlexWave
-
Hydrogen supporting ORE Integration (New)
-
Highly efficient innovative shallow-water based Sea Water Air Conditioning solution for the Channel Area
-
SENSUM
-
Learning from Earthquakes
-
High efficiency reversible solid oxide cells for the integration of offshore renewable energy using hydrogen
Completed projects
-
ENFORCE: Extreme Responses using NewWave – Forces, Overtopping and Runup in Coastal Engineering
-
Physical modelling of a wave energy converter in collaboration with Sea Energy Associates Ltd.
-
Innovative Technologies for Safer European Coasts in a Changing Climate
-
Waves, currents and sediment transport modelling at the Wave Hub site
-
X-MED: Extreme Loading of Marine Energy Devices due to Waves, Currents, Flotsam and Mammal Impact
-
FROTH - Fundamentals and Reliability of Offshore Structure Hydrodynamics
-
The hydrodynamics of deformable flexible fabric structures for wave energy conversion
-
SOWFIA project
-
Impact of marine energy converters
-
A three-dimensional flow model for different cross-section high velocity channels
-
Survivability of Wave Energy Converter and Mooring coupled system
-
Modelling and control of an oscillating water column wave energy converter
-
The wave energy shadow cast by an offshore wave energy converter array
-
Wave impact on rock lighthouses
-
Assessment of Fluid-Structure Interaction for Marine Renewable Energy Device Using CFD
-
Hydrodynamics and Optimisation of a Wave Power Device
-
An evaluation of a new hybrid wave and wind energy converter
-
Integrated numerical Modelling system for Marine Renewable Energy
-
Improving the representation of the fragility of coastal structures
-
MTG Tidal Raft Platform Concept (MTG1)
-
MTG Platform Concept 2 (MTG2)
-
Wave Farm Impacts and Design (WAVEIMPACT)
-
H2020 WETFEET WP6 – Array Breakthroughs – Investigation of compact WEC arrays through laboratory tests and numerical modelling
-
L&R – A zonal CFD approach for fully nonlinear simulations of two vessels in Launch and Recovery operations
-
STORMLAMP - Structural behaviour Of Rock Mounted Lighthouses At the Mercy of imPulsive waves