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