){kind=small}
Advanced Materials, Structural Optimisation, and Manufacturing
Our group’s research in materials and structural engineering spans from advanced composite optimisation to innovative manufacturing techniques. Dianzi Liu develops state-of-the-art algorithms for the optimal design of laminated composites, addressing manufacturing constraints, while also advancing non-destructive evaluation techniques to detect and reconstruct structural defects. His work integrates artificial intelligence (AI) for applications such as offshore wind turbine structures and foldable designs. Complementing this, Colin Dowding pioneers laser-based manufacturing processes, including surface modification, smoothing, and micro-patterning of 3D structures. His innovations enhance interlayer bonding in material extrusion modelling and have practical applications in agriculture, food logistics, and aerospace. Thomas Haynes, a computational modeller, investigates material and component failure, particularly for nuclear energy systems. Specialising in the development and application of multiphysics techniques, he uses finite element analysis and advanced techniques such as and phase-field modelling and peridynamics to the predict the structural integrity of components for conventional reactors, fusion reactors and advanced fission reactors
Energy Systems, Thermal Management, and Renewables
Our focus on energy systems encompasses renewable energy technologies, energy storage, and thermal management. Stefano Landini explores advanced heat transfer methods, phase change cooling, and optimisation of energy systems for off-grid locations. Eleni Kaplani’s research includes advanced diagnostic methods for detecting solar cell degradation, next-generation PV technologies, and dynamic electro-thermal modelling for floating PV systems. Her interests extend to vehicle-integrated PV and solar radiation prediction. Meanwhile, Sonia Melendi-Espina develops functionalised carbon materials derived from biomass and carbochemical residues, applying them to energy storage devices, environmental remediation, and nanostructured coatings for diverse applications.
Electrical Machines, Power Electronics, and Computational Modelling
Our group leads cutting-edge research in electrical machines, power electronics, and control systems for sustainable energy applications. Salman Abdi and Malihe Heidari specialise in advanced electrical machine design optimisation and control, focusing on brushless doubly fed machines (BDFMs), linear machines, and permanent magnet machines for offshore wind and electric vehicles. Their expertise extends to power electronics, including traction inverters and battery chargers, with applications in offshore wind power and electric propulsion systems.
Fluid Dynamics and Aeronautical Engineering
Our research in fluid dynamics and aeronautical engineering focuses on boundary layer flows, multiphase flows, and material interactions. Chris Atkin specialises in viscous drag reduction, laminar flow control, and the application of novel flow control techniques for aircraft, collaborating with leading aerospace industries such as Airbus and Bombardier. Jack Panter takes a theoretical and computational approach to fluid dynamics, exploring interfacial phenomena, elasticity, and buckling, translating his findings to real-world innovations like carbon capture and water-saving technologies. Together, their work advances our understanding of fluid-structure interactions and contributes to energy-efficient engineering solutions.
Group Head: Salman Abdi Jalebi
Loading...