Home
Event Information
Final Year Researchers
About the CDT
Contact Us
More
University of Strathclyde
Life extension opportunities for onshore and offshore wind energy
University of Oxford
Numerical Modelling for the Wake Dynamics of Floating Offshore Wind Turbines
Effects of atmospheric stability on offshore wind farm production
Automated Machine Learning Genetic algorithm for Tidal Array Optimisation
Conditional application of direct power control for current limiting within Grid Forming converters
Power System Dynamic Behaviour
Fatigue crack growth rate in the splash zone of offshore wind turbines
Data Driven Wind Turbine Component Failure Prediction
Numerical Study of Wind Turbine Wake Instability Mechanisms Induced by Well-defined Perturbations
University of Edinburgh
Uncertainty quantification in hydro-environmental systems models
Research Title:
Fatigue life assessment of offshore structures
Reliability enhancement of offshore wind turbine direct-drive generators through addressing system-wide dynamic couplings
Reduced Order Modelling for Tidal Turbine Blade Structure
Three-Dimensional flow physics of Tidal Rotors
S-N fatigue of S355 double-V transverse butt welds: data analysis and experimental considerations
Experimental Investigation and Numerical Analysis of the Behaviour of Plate Anchor Foundations Subjected to Cyclic Loading in Sands
Medium scale field testing, modelling and design of monopiles subjected to cyclic loading in sand
Expedited geotechnical analysis methods for the design and operation of monopile-supported offshore wind turbines
Novel Wind Turbine Concepts
A naval architecture-first approach to examine the design principles required for operation of floating tidal turbines
