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Luca Magri
Coordinator, Reader in Data-Driven Fluid Mechanics
Email: l.magri@imperial.ac.uk
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- Data assimilation and uncertainty quantification
- Physics-aware machine learning
- Optimization
- Chaos
- Reacting flows
- Sound
- Linear methods from quantum mechanics
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Davide Amato
Lecturer in Spacecraft Engineering
Email: d.amato@imperial.ac.uk
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- Machine learning for dynamical systems
- Ordinary differential equations (forward problems)
- Uncertainty quantification
- Inverse problems
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Chris Cantwell
Senior Lecturer in Aeronautics
Email: c.cantwell@imperial.ac.uk
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- Deep learning
- Graph neural networks
- Fluid mechanics
- Cardiac electrophysiology
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Urban Fasel
Lecturer in Data-Driven Aerospace Engineering
Email: u.fasel@imperial.ac.uk
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- Machine learning
- Data science for modelling and control of complex systems
- Flexible composite structures
- Intelligent flight
- Renewable energy systems
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Rob Hewson
Reader in Aircraft design
Email: r.hewson@imperial.ac.uk
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- Multiscale Lattice Optimisation,
- Multi-disciplinary Design Optimisation,
- Tribology and Thin Film Fluid Dynamics,
- Multiscale mechanics.
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Ayesha Khan
Communications and Media Manager
Email: a.khan21@imperial.ac.uk
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- Promoting research, initiatives and events
- Updating the Centre's website
- Media enquiries
- Digital and print design
- Photography and videography
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Zahra Sharif Khodaei
Professor in Structural Integrity
Email: z.sharif-khodaei@imperial.ac.uk
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- Structural health monitoring
- Structural integrity and failure analysis
- Computational mechanics
- Structural reliability and Optimization
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Mirko Kovac
Professor in Aerial Robotics
Email: m.kovac@imperial.ac.uk
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- Remote monitoring
- Aerial inspection
- Aerial sensing
- Structually-aware aerial additive manufacturing
- Inspection and repair with aerial robotics (Spray)
- Sensor installation with sensed surface
- Design of soft aerial robotics through physical AI
- Environmental sensing and surface interaction with micro aerial vehicles
- Remote and environmental monitoring
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Sylvain Laizet
Professor in Computational Fluid Mechanics
Email: s.laizet@imperial.ac.uk
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- Flow reconstruction from sparse sensors using neural networks
- PDE solvers based on neural networks
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Francesco Montomoli
Professor in Computational Aerodynamics
Chief Scientific Officer of TOffeeAM
Email: f.montomoli@imperial.ac.uk
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- Heat Transfer, Gas Turbines
- Uncertainty Quantification,
- Computational Fluid Dynamics
- Rare Events, Aircraft Engines
- Optimization.
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Thulasi Mylvaganam
Senior Lecturer in Control Engineering
Email: t.mylvaganam@imperial.ac.uk
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- Control of snake robots
- Control of robotic systems
- Control of human-robot systems
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Rafael Palacios
Professor of Computational Aeroelasticity, Director of Research
Email: r.palacios@imperial.ac.uk
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- Dynamical systems from CFD data for aeroelasticity predictions and control
- Internal models for nonlinear model predictive control in very flexible wings
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Ajit Panesar
Senior Lecturer
Email: a.panesar@imperial.ac.uk
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- Design for Additive Manufacturing (DfAM),
- Metamaterials (or Lattice Structures),
- Machine Learning (ML) in DfAM,
- Topology Optimisation (TO) for AM,
- Multifunctional Composites.
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George Papadakis
Professor in Aerodynamics
Email: g.papadakis@imperial.ac.uk
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- Data-driven estimation of turbulent and chaotic flows
- Blood flow reconstruction from clinical measurements
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George Rigas
Senior Lecturer in Aerodynamics
Email: g.rigas@imperial.ac.uk
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- Flow control
- Turbulence modelling
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Vito Tagarielli
Reader in Mechanics of Solids
Email: v.tagarielli@imperial.ac.uk
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- Impact, blast,
- fluid-structure interaction,
- Loading induced in deflagration events,
- Electro-mechanics of conductive CNT-polymer composites,
- Viscoelasticity and strength of fibre-reinforced composites,
- Experimental techniques in solid mechanics,
- Micromechanics and constitutive modeling of engineering materials,
- Applications of machine learning,
- information theory and data analytics to the mechanics of solids.
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Peter Vincent
Professor of Computational Fluid Dynamics
Email: p.vincent@imperial.ac.uk
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- Numerical methods,
- High-order numerical methods for unstructured grids,
- Hardware platforms.
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Andrew Wynn
Reader in Control Optimization
Email: a.wynn@imperial.ac.uk
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- Data-driven fluid flow modelling
- Flow control
- Aeroelastic control
- Control of flexible structures
- Data-driven, real time state estimation
- Control of nonlinear systems
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