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Wind & Marine Energy Systems Our researchers
Wind and Marine Energy Systems and Structures Cohorts
Callum Flannigan - O&M, New Concepts, Control
Daniel Dehtyriov - Analytical Fluid Dynamics, Computational Fluid Dynamics, Axial-Flow Turbines, Vortex Dynamics
Ioannis Kamas - Advanced Offshore Geotechnical Engineering, Finite Element Modelling, Soil Mechanics, Monopile Foundation, Machine Learning
Jade McMorland - Operation and Maintenance (O&M), Floating Wind, Health and Safety (H&S)
Laurence Morgan - Floating, X-Rotor, Control, VAWT
Maria Marinari - Wind Farm Wake Engineering Model
Markella Zormpa - Wind Farm Modelling, POD , Actuator Line Methods
Rebekah Tait - Economics, Offshore Wind, Green Jobs, Offshore Wind Sector Deal
Ross Young - Composite Material, Marine Structure, Material Degradation
Wind and Marine Energy Cohorts
Brian Jenkins - Floating Wind, Offshore Wind, Maintenance, Reliability, O&M, Heavy Lift, HLV, Floating Crane
Callum Guy - Floating Offshore Structures, Tidal Turbines, Numerical Modelling
Euan Duernberger - NDT, Wind Turbine Blade Manufacturing, Composites, Ultrasound, Inspection
Fraser Anderson - O&M, Wind Turbine Reliability, Big Data Analysis
Iain Struthers - Life Cycle Assessment, LCA, Floating Wind, Wave Energy, Tidal Energy, Marginal Emissions, Carbon Reduction Potential, Carbon Payback Time, Energy Systems Modelling
Jennifer Morris - HVDC, Control, VSC, Power Systems
Sam Harrison - Control, Virtual Synchronous Machine, Energy Storage Systems, Techno-Economic Feasibility
Adam Harris - Magnetic Continuously Variable Transmission (CVT), Magnetic Gears, Power-train, Generator control
Conor McKinnon - Machine Learning, Operations and Maintenance, Anomaly Detection, Deep Learning
James Stirling - Main-Bearing, Modelling, O&M, FEA
Marilou Jourdain De Thieulloy - Tidal Currents, Turbulence, Acoustic Transducers
Marlee Basurto MacAvilca - Hybrid converter, MW Wind turbine converters, Model predictive control (MPC), Wide BandGap (WBG), power electronics topology design, SiC MOSFET, Si IGBT
Mathieu Kervyn - Control, Inverter-Grid Interconnection, Small Signal Analysis
Paul Pirrie - Electrical Systems, Control, Grid Integration, New Concepts
Peter Taylor - Energy Storage, Control, Cable Optimisation, Electrical Infrastructure
Rebecca Hall- Cumulative Effects Assessment (CEA), Environmental Impact Assessment (EIA), Ecology, Windfarm Planning
Alan Turnbull - Generators, Failure Prediction, Machine Learning, Signal Processing
Becky Corley - Condition Monitoring, Physical Modelling, Failure Prediction
Nicola Grieve - Wind Turbine Controllers, Wind Modelling
Anastasis Charalambous - Power Systems, HVDC, Power Electronics, Real Time Simulations
Gabriele Pisetta - Fluid Mechanics, Shape Morphing Blades, Load Alleviation, Performance Enhancement
George Elderfield - Aeroelastics, Fatigue, Complex Wind Fields, Load Mitigation
Grant Leishman - Materials Science, Blade Coatings
Edgar Lucas - Electrical Power Systems
Matthew Cole - Wind Farm Control, Power Systems
Alfred Alsop - Market Assessment, Rural Electrification, Small Wind, Energy for Development锘�
Gabriele Amico - Inverter-Grid Interconnection,
Lindsey Amos - Control, wakes, layout, simulation, optimisation锘�
Alfred Cotten - Wave Energy, Hydrodynamics, Numerical Modelling, Heuristic Optimisation锘�
Calum Edmunds - Electricity Markets锘�, Distribution Network Modelling锘�, Locational Marginal Pricing锘�
Ifeoluwa Garba - Sustainable development, energy economics, energy policy, developing countries锘�
Ciaran Gilbert - Wind Power Forecasting, Spatial-Temporal Forecasting, Short-Term Forecasting锘�
Sofia Koukoura - Condition Monitoring, Vibrations, Data Analytics锘�
Bartosz Soltowski - Peer-to-Peer Electricity Trading, Microgrids, Smart Grids锘�
Oliver Tulloch - Airborne Wind Energy, Rotary Kites锘�
Rohaida Binti Hussain - Control system, wind turbine control, aero-elastic tailoring锘�
Edward Hart - Machine learning, Gaussian Process, control, nonlinear dynamics锘�
Ben McGilton - Marine energy, direct drive, EM gearbox锘�
Owain Roberts - wave and tidal, uncertainty, structured innovation, roadmaps锘�
Tim Rubert - Life extension, wind turbine, foundation, structure锘�
James Steer - Rogue waves, freak waves, surface waves, interfacial, non-linear Schroedinger equations锘�
Chandra Pun - Direct drive, airgap forces, modular power electronic converter, multi-coil generator锘�
Giorgio Zorzi - Improved yield from wind turbines through online anomaly detection and compensation锘�
Wind Energy Cohorts
- Vertical Axis Wind Turbine Drivetrains
- The policy context for, and economic consequences of, offshore wind in Scotland
- Managing increased penetration of Distributed Wind Generation
- An integrated performance and condition based approach to maintenance decision making
- Facilitating Wind Generation through Smart Distribution Networks
- Locally manufactured wind turbines in Sub-Saharan Africa
- Control System Design of a Multi Rotor System
- - Spatio-Temporal Prediction of Wind Based on Wind Velocity and Related Parameters
- Impact of marine dynamics on offshore wind farm performance
- Real-time laboratory demonstration of the provision of inertia from offshore wind turbines via HVDC links
- Effect of raindrop erosion on materials used for offshore wind turbine blades
- Reliability Cost-Benefit of Meshed International Transmission Networks
- Reduced CoE through drive train selection, O&M strategies and design for maintenance techniques锘匡豢
- On-line Partial Discharge Detection and Evaluation in HVDC Power Systems锘匡豢 锘匡豢
- Inertial response from offshore wind farms connected via HVDC links锘� 锘匡豢
- Distributed support of AC voltage and frequency on HVDC connected wind farms锘匡豢锘�
- Intelligent forecasting in wind energy applications锘匡豢锘�
Wind Farm Control锘�
- The Influence of Hail on Wind Turbine Blade Leading Edge Erosion and Damage锘匡豢
- The Impact on the economics and operation of wind power in Scotland of a single European Energy Market锘匡豢
- Advanced Stuctural Modelling of Wind Turbine Generators锘�
- Detailed Dynamic Modelling of Wind Turbine Drivetrains锘匡豢锘�
- Spatio-temporal Prediction of Wind Fields锘匡豢
- Optimum design for offshore HVDC connection锘匡豢
- Power Systems, Transient Stability, Inertia, Wind Energy锘�
- A Generic Evaluation of Loads in Horizontal Axis Wind Turbines锘�
- DC collection networks锘�
- Floating Turbine Rotor Loads锘匡豢锘�
- - The Effectiveness of Wind Turbine 锘緾ondition Monitoring Systems锘匡豢
- Wind Farm Control
- Control for a Buoyant Wind Turbine锘�
- Implementation and Testing of Integrated Diagnosis and Prognosis Maintenance for Offshore Wind Turbines锘匡豢
- Control and Protection of Supergrids锘匡豢
- Augmenting SCADA Data with High Frequency Condition Monitoring System Data锘匡豢
- Power System Access Arrangements for Wind Power锘匡豢锘�
- Reliability Assessment of Offshore Network Designs for Wind Power 锘匡豢
- Ducted Wind Turbines
- Smart Rotor Wind Turbine
- Dynamic Response of Spar-type Offshore Wind Turbines锘匡豢
- The effects of weather on Wind Turbine Failure Modes锘� 锘匡豢
Robert Young锘匡豢锘� - Turbulent Inflow to Wind Turbines
- Analysis of Complex Wind Flow
- Refinement and Clarification of the Wind Energy Systems Design Space锘� 锘匡豢
- Structural Health Monitoring of Wind Turbine Foundations锘匡豢锘�
- Operations and Maintenance for future offshore wind farms锘匡豢
- Cluster Based collection networks for offshore wind farms锘�
- Extending Optimal power flow for wind power in Active Network Management Schemes锘� 锘匡豢
- Development of a novel lubrication based condition monitoring system for wind turbine gearboxes锘匡豢
- Impact and Erosion Performance of Offshore Wind Turbine Leading Edge Materials锘匡豢
- - Next Generation Large Wind Turbines Controller Design 锘�
- Effects of Extreme and Transients Loads on Wind Turbines Drive Trains锘� 锘�
- Design of pitch regulated vertical axis wind turbines锘�