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Research Activities:Development and use of a suite of high-order finite-difference highly-scalable flow solvers
Machine Learning for turbulence modelling Optimization techniques based on Bayesian optimisation for drag reduction and energy savings in turbulent boundary layers Immersed Boundary Methods for moving objects Wake prediction for wind turbines, design and control of wind farms Quantum computing for Computational Fluid Dynamics Active control of free-shear flows Turbulence-resolving simulations of gravity currents |
Collaborations
-Imperial College London, UK
Rafael Palacios
-Wind farms and wake-to-wake interactions
Francesco Montomoli, Björn W. Schuller
-Uncertainty quantification, machine learning
Andrew Wynn
-Optimisation techniques applied to active flow control
George Rigas
-Active flow control for bluff bodies
-STFC Daresbury
Charles Moulinec, Jian Fan, Stefano Rolfo
-GPU programming
-Particle tracking
PETROBRAS/PUCRS, Porto Alegre, Brazil
Jorge Silvestrini
-Gravity currents
NREL, US
Georgios Deskos
-Wind farms and wake-to-wake interactions
University of Poitiers, France
Eric Lamballais, Florent Margnat, Véronique Fortuné,
-Development of Implicit Large-Eddy Simulation techniques
-Development of tools for acoustic prediction
Virginia Tech, US
Heng Xiao
-Machine learning for turbulence modelling
IRSTEA/INRIA, University of Rennes, France
Etienne Memin, Dominique Heitz
-Development of Large-Eddy Simulation models
-Particle tracking
Rafael Palacios
-Wind farms and wake-to-wake interactions
Francesco Montomoli, Björn W. Schuller
-Uncertainty quantification, machine learning
Andrew Wynn
-Optimisation techniques applied to active flow control
George Rigas
-Active flow control for bluff bodies
-STFC Daresbury
Charles Moulinec, Jian Fan, Stefano Rolfo
-GPU programming
-Particle tracking
PETROBRAS/PUCRS, Porto Alegre, Brazil
Jorge Silvestrini
-Gravity currents
NREL, US
Georgios Deskos
-Wind farms and wake-to-wake interactions
University of Poitiers, France
Eric Lamballais, Florent Margnat, Véronique Fortuné,
-Development of Implicit Large-Eddy Simulation techniques
-Development of tools for acoustic prediction
Virginia Tech, US
Heng Xiao
-Machine learning for turbulence modelling
IRSTEA/INRIA, University of Rennes, France
Etienne Memin, Dominique Heitz
-Development of Large-Eddy Simulation models
-Particle tracking
