| Advanced Manufacturing Technology Research Group |
| Micro and nano-replication technologies, nanoscale fabrication and additive manufacture |
Dr Joel Segal (Head of Group) |
| Innovative Manufacturing Processes, Advanced Machining and Finishing Technologies, Abrasive Waterjet Machining, Monitoring and Optimisation of Manufacturing Processes, Design and Construction of Miniature Machine Tolls, Design of Innovative Tools for Aerospace Manufacture, Product Innovation & Technology Transfer |
Professor Dragos Axinte |
| Dynamics, Controls, Non-linear systems, Multibody systems, Electromechanical systems, Wearable sensor systems, Collaborative Robotics, Soft robotics |
Dr David Branson |
| Non-traditional manufacturing methods to arrive at net shape while inducing favourable material properties and generating new surfaces on engineering components, developing new manufacturing methods and materials for use in the high value manufacturing sectors including aerospace and biomedical engineering |
Professor Adam Clare |
| Computing in the future of design practice, and the development of precision machines |
Dr Simon Lawes |
| Metrology, additive manufacturing, surface topography, optical techniques |
Professor Richard Leach |
| Flexible and hybrid material forming & processing technologies |
Dr Hengan Ou |
| New optical techniques and systems for 3D precision measurements |
Dr Samanta Piano |
| Modelling and Simulation of Coordinated Control Strategies for Cooperative Vehicle-Highway Systems, The Dynamics and Stability of Super-Extended Space Tethered Systems |
Professor Atanas Popov |
| Manufacturing systems, process modelling and simulation |
Professor Svetan Ratchev |
| Robust and linear parameter varying control, Uncertain systems, Flight dynamics and control |
Dr Harald Pfifer |
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| Advanced Materials Research Group |
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Biomaterials: working on bioresorbable and antimicrobial coatings, surface modifications, degradation and mechanical behaviour of isotropic and anisotropic structures, new structures and cell surface interactions, nanocomposites and scaffolds for tissue engineering and orthopaedic applications.
Hydrogen storage systems: working on cost effective metal hydrides and complex systems, hydrogen and thermal energy storage systems, coatings and catalysts for hydride systems, composite structures based on carbon structures, MOFs and investigating other candidate hydrogen storage materials. Developing prototypes with industrial partners into practical tanks and thermal stores.
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Professor David Grant (Head of Group)
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| Biomaterials, Bioengineering, Phosphate-based Glasses, Bioglasses, Resorbable fibre composites, Microspheres, orthobiologics |
Dr Ifty Ahmed |
| Structure of glass and disordered materials, with a particular focus on understanding structure-property relationships |
Dr Emma Barney |
| Materials characterisation, transmission electron microscopy, functional materials, structural materials, biomaterials; nanotechnology |
Professor Paul Brown
|
| Electrochemical technologies and liquid salts innovation for materials (titanium, silicon, carbon nanotubes, conducting polymers), energy (supercapacitor, supercapattery, lithium ion battery, fuel cell) and environment (capture and conversion of carbon dioxide, and wastewater treatment). |
Professor George Chen
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| Microwave process engineering, Microwave processing of materials, fundamental understanding through to scale up of microwave processing applications including process heating, polymer synthesis, and material processing applications |
Dr Chris Dodds |
| High power density electric drives, mechatronics, composite materials, electric racing vehicles |
Dr Miquel Gimeno-Fabra |
| Films and Coatings, Icephoibc and hydrophobic surface, Nanocomposite coatings, Nanostructured surface |
Dr Xianghui Hou |
| Suspension and Solution precursor thermal spraying for energy and healthcare applications including environmental barrier coating, next generation of thermal barrier coatings, fuel cell electrolyte, nanocomposite coatings with nano-particulates, anti-microbial coatings and coatings for biomedical applications |
Dr Tanvir Hussain |
| Electromagnetic sensing, in-situ monitoring of component integrity, novel sensing technologies for healthcare application, detection of corrosion under insulation, real-time monitoring, novel microwave applicators for material processing, high performance computing, multiphysics simulations |
Dr Juliano Katrib |
| Microwave processing of minerals |
Professor Samuel Kingman |
| Metal organic frameworks (MOFs), continuous and batch microwave synthesis, microwave technology applied to inorganic chemistry, microporous materials synthesis and characterisation, synthesis of new porous inorganic/organic hybrid materials, interactions of microwave energy with inorganic materials (dielectric spectroscopy), ultrafast materials processing, MOFs for applications (waste treatment, healthcare technologies, molecular sensing, catalysis, gas storage and separation, anti-microbial resistance), advanced characterisation of materials, and sensor fabrication (spray coating, lithography). |
Dr Andrea Laybourn |
| Supercritical fluids, supercritical water reactor design, nanoparticle synthesis and applications, scaling up, fuel characterisation, biomass and fossil fuel energy |
Professor Ed Lester
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| Electroceramics, Impedance Spectroscopy, Solid State Chemistry, Solid Oxide Fuel Cells, Oxygen Separation Membranes, Ionic conductors, Mixed Ionic-Electronic Conductors, Ferro- and Piezo-electrics, Ceramic Capacitors. |
Dr Ming Li
|
| Computational materials design, atomistic modelling, machine learning, materials for energy storage and generation, porous materials |
Dr Sanliang Ling |
| Hydrogen storage; Hydrogen production; Quasicrystal; Catalyst; PVD coating |
Dr Xuanli Luo |
| Organic electronics, organic solar cells, organic bio-sensors, modelling/characterization/device fabrication of organic devices |
Dr Roderick MacKenzie |
| Cell-material surface interactions, biocompatibility assessment or the development of novel materials or structures for the repair or replacement of tissues |
Dr Colin Scotchford |
| Head of Mid-Infrared Photonics Group. We have a cleanroom facility for drawing MIR fibreoptics for potential applications in early diagnosis in cancer, oil fractionation monitoring, security sensing and monitoring the environment. |
Professor Angela Seddon |
| Thermal and cold spraying |
Professor Philip Shipway |
| membrane-based separation technologies, metal organic framework membranes, zeolite membranes, water purification, desalination, gas separation, isomer separations, electro-photocatalysis, ALD, electrochemical-ALD |
Dr Begum Tokay |
| Laser materials processing, corrosion and overlay coatings |
Dr Katy Voisey |
| Hydrogen technologies, hydrogen storage, energy materials, energy systems. |
Professor Gavin Walker |
| Nanostructures; Nanocomposites; Polymer composites; Thermal management; Power electronic packaging; Tribology; Metal composites |
Dr Fang Xu |
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| Architecture, Culture and Tectonics Research Group |
| Architectural theory and criticism, philosophy of technology, tectonics, materiality and perception, phenomenology and embodiment, museums and exhibitions, Narrative design and digital media in museums and architectural exhibitions |
Professor Jonathan Hale (Head of Group) |
| ETFE envelopes, membrane structures, tensegrity, tensairity, coated fabrics, biaxial tests, textile architecture, temporary structures, lightweight buildings |
Dr Paolo Beccarelli |
| Urban Design, materials and technology, discreet materials and technology histories, exploratory modes of making, creative practice of specification writing, relationship between filmmaking, cinema and the built environment, augmented realities |
Mr Toby Blackman |
| History and theory of architecture and urbanism, sustainable and resilient cities, design research and urban design, typology and architecture's autonomy, housing domesticity and its intersection with urbanism |
Dr Katharina Borsi |
| History, development and application of lightweight spatial structures:- timber gridshells, reinforced concrete shells, space frames and grids, ETFE and membrane architecture; sustainable construction |
Emeritus Professor John Chilton |
| Twentieth century, Healing Spaces, German architecture culture, housing reform in nineteenth and twentieth centuries |
Dr Didem Ekici |
| Narrative approaches to found places, particularly the use of spolia in the retention of genius loci, and the role of art in public spaces |
Dr Laura Hanks |
| Landscape architecture, National Park design, biophilic design, design for health, urban design, place branding and place making, mindfulness and space's |
Dr Nicole Porter |
| Setting the Sustainable Build Environment live projects office, building tectonically, complex design, developing non-intrusive design methods |
Dr John Ramsey |
| Architecture and tectonics |
Mr Pete Russell |
| Conservation planning and design in historical towns and cities, public realm, urban change and urban identity, transportation system in China, Social and cultural sustainability, Urban spatial design principles and practices, Age-friendly living and community development, Tourism development in conservation areas, urban regeneration on historical industrial sites in China |
Dr Amy Tang |
| Built environment linguistics, museums and exhibition design, natural history museums, non-western architecture |
Dr Wang Qi |
| Building information modelling, BIM; Cost modelling; information management |
Sarah Davidson |
| Adaptive architecture, Human-building interaction, Personal data and architecture, Wellbeing in/with/through adaptive architecture, Theories of embodiment |
Dr Nils Jaeger |
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| Bioengineering Research Group |
| Spinal Biomechanics, Biomechanical Evaluation, Implant Design, Impact Biomechanics, Injury Mechanisms |
Professor Donal McNally (Head of Group) |
| Mechanical environment on cells and cell-biomaterial constructs, new bioreactor to allow electrical stimulation as well as mechanical stimulation |
Dr Alastair Campbell Richie |
| Biomedical Engineering; Biomedical Signal Processing; Biomedical Optics |
Professor John Crowe |
| Structure/property relationships for high performance materials, microhardness testing, Nano-indentation, Dynamic Mechanical Analysis |
Dr Nicola Everitt |
| Digital mental health monitoring; Biomedical image processing; Sensor networks for biomedical applications |
Dr Ed Morris |
| Cultured neuronal networks |
Dr Noah Russell |
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|
| Buildings, Energy and Environment Research Group |
| Eco-buildings, cooling/heating, refrigeration, heat recovery, renewable energy systems, sustainable technology and building materials, eucalyptus fibres and compound parabolic concentrator (CPC) |
Professor Saffa Riffat (Head of Group) |
| Energy efficient and sustainable technologies with a focus on application in the built environment; passive and active heating and cooling systems; adsorption and absorption systems; heat pumps; low carbon technologies; heat recovery (HVAC) technologies |
Dr Rabah Boukhanouf |
| Thermochemical energy storage technologies, Phase Change Materials (PCM), Multiphase Change Materials (MCM) systems, Sustainable Energy systems, Micro bio-fuel power systems, Low Carbon Construction Materials, Integrated Environmental Energy Management, Low carbon Buildings, Desiccant Technology, Green roofs, Urban Heat Island modelling, Green Transport Technologies, Integrated Environmental Energy Management and Total Quality Environmental Management |
Professor Jo Darkwa |
| Renewable energy and sustainable architecture; Computer modelling of building thermal and solar radiation performance using existing commercial; energy performance of ground-integrated buildings; Visual Basic Programming Language |
Dr Mohamed Gadi |
| Ground source heat pumps, Building-integrated photovoltaics, Natural ventilation of buildings, Fluid flow and heat and moisture transfer in soil and building structures, Conjugate heat transfer in fluid-solid fields |
Dr Guohui Gan |
| Sustainable building design, renewable energy, local energy systems, community energy, energy storage, building performance evaluation, energy/behaviour modelling and monitoring, urban resilience, smart buildings, low carbon technologies |
Professor Mark Gillott |
| Analytical and modelling approaches to the indoor environment, energy efficient ventilation of buildings |
Dr Ben Jones |
| Energy saving in buildings, sustainable and green technologies, BIPV, Computational Fluid Dynamics and Numerical Modeling |
Dr Parham Mirzaei Ahranjani |
| Design and modelling of compressed air energy storage for large-scale renewable energy integration into grid; Micro encapsulated phase change materials (MEPCM); Micro encapsulated phase change materials (MEPCM); Fuel cells and Hydrogen technologies; PV self cleaning and cooling technologies for hot and arid climates |
Dr Siddig Omer |
| PV/Thermal, daylighting, solar concentration, natural ventilation, air conditioning, heat pump, adsorption/absorption/ejector cooling, heat storage, desalination, applied thermodynamics, building energy simulation |
Dr Yuehong Su |
| Sustainable practice of architecture, enhancing the quality of the built environment, Education for sustainability in architecture, energy use and comfort standards in developing countries, resilience of communities and buildings, Passive heating and cooling techniques, Modern methods of construction, prefabrication and custom-built homes, independent/assisted living |
Dr Lucelia Taranto Rodrigues |
| Building Performance, Building Airtightness/ Infiltration, Building thermal performance, Building retrofit, Heat Pumps, Ground Source heat, Ground heat storage and extraction, Energy/ Thermal Piles, Sustainable energy technologies. |
Dr Chris Wood |
| Design and simulation modelling, sustainable solutions in buildings in the private and public sector, innovative passive cooling technologies, laboratory scale testing, full-scale installation, indoor air quality (IAQ), renewable energy technologies, urban physics, Computational Fluid Dynamics (CFD), Building Energy Simulation and wind tunnel testing, passive cooling wind tower, reduction of energy in built environment, Building Energy Modelling (BEM), Neural networks, Artificial intelligence, Machine learning, Deep learning, Thermal comfort, Desalination, Thermochemical energy storage, Typhoon resilience, Heat island effect |
Dr John Calautit |
| Creative energy homes, Participative Architectural Education, User Centered Sustainable Design, Identity & Technology transfer in a globalized world and Architectural education |
Dr Guillermo Guzman Dumont |
| Sustainable design in architecture, passive design of buildings, thermal building performance, shading performance analysis, thermal comfort, comfort and energy efficiency in buildings, tropical architecture, learning from vernacular architecture and building regulations in developing countries (focus on comfort and energy efficiency). |
Dr Lorna Kiamba |
| Smart Cities; Energy efficiency; Building Simulation; Overheating; Indoor Air Quality; Passivhaus; Thermal Mass; Energy Demand; Energy Monitoring; Data Monitoring; Building Regulations, Building Control |
Dr Carlos Jimenez-Bescos |
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|
| Centre for Additive Manufacturing |
| Additive Manufacturing |
Professor Richard Hague (Head of group) |
| Microstructure and nano-mechanical properties, thermo-mechanical characterisation |
Professor Ian Ashcroft |
| Broad economics of Additive Manufacturing, with an emphasis on developing a total cost vista on the technology |
Dr Martin Baumers |
| Manufacturing parts with multiple materials using additive techniques, jetting processes |
Professor Phillip Dickens |
| New materials for Additive Manufacturing/3D Printing, predominantly focusing on laser sintering of polymers and the use of AM for biomaterials/bioengineering |
Dr Ruth Goodridge |
| Application of novel polymer synthesis, catalysis and processing |
Dr Derek Irvine |
| 3D Printing, Additive Manufacturing, Materials, Sensing and Electronics |
Professor Chris Tuck |
| 3D printing, additive manufacturing, microfluidics, materials, biomaterials |
Professor Ricky Wildman |
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|
| Centre for Structural Engineering and Informatics |
| Application of Building Information Modelling and novel information technologies to engineering design and the performance of steel and steel-concrete composite connections. |
Dr Walid Tizani (Head of Group) |
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Performance assessment, monitoring, and retrofitting of masonry and historical structures, Durability and long-term performance of materials and structures, Multi-scale experimental testing and computational modelling, computational mechanics and constitutive modelling, Innovative construction/strengthening materials
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Dr Bahman Ghiassi |
| Ultralight weight materials/structures; micromechanics of composite materials; numerical simulations of materials behaviour under extreme environment; impact engineering; design optimisation of multifunctional materials/structures; modelling of live cells and cell mechanics |
Dr Tao Liu |
| Multi-phase multi-physics numerical modelling, meta models, optimisation algorithms, sensitivity analysis, massive and parallel computations, BIM and parametric modelling, integration of numerical analysis in BIM software. |
Dr Jelena Ninic |
| Wind Engineering, Dynamic response of structures to wind, Structural dynamics, Structural Health Monitoring |
Dr John Owen |
| Vibration-Based Damage Detection; Soil-Structure interaction; Offshore Foundations; Structural Health Monitoring; Vehicle-Bridge Interaction |
Dr Luke Prendergast |
| Performance based seismic assessment and retrofitting of structures; Novel and sustainable solutions for retrofitting of substandard construction; Innovative concrete for resilient and sustainable construction; Unreinforced masonry structures: assessment and restoration of cultural heritage |
Dr Georgia Thermou |
| Computational Mechanics, multiscale modelling for damage processes, nonlinear dynamics, earthquake engineering, retrofitting methods for reinforced concrete and masonry, constitutive modelling |
Dr Savvas Triantafyllou |
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| Composites Research Group |
| Design and Manufacture of Composite Materials, particularly in the sectors of Automotive and Aerospace Engineering |
Professor Nick Warrior (Head of Group) |
| Structural damping, Optimisation, Structural health monitoring, Lamb waves, Structural Identification, Acoustic and mechanical metamaterials |
Dr Dimitrios Chronopoulos |
| Solid state properties of polymers |
Dr Davide De Focatiis |
| Polymer composites with an emphasis on pressurised and vacuum liquid moulding techniques as well as joining, including adhesive and mechanical approaches. |
Dr Mike Johnson |
| Composite materials, structural integrity and dynamics, stress analysis techniques including finite element analysis and multi-scale modelling. Mechanics of composite materials including design optimisation |
Professor Arthur Jones |
| Micromechanical characterisation of composites, Damage and failure of composites, Structural buckling and post-buckling analysis, 3D printing of continuous fibre reinforced composites. |
Professor Shuguang Li |
| Manufacture and performance of composite materials |
Professor Andy Long |
| Recycling of polymer composite materials, including processes for recovery of fibres and processing of recovered glass and carbon fibre into high value applications (experimental) |
Professor Steve Pickering |
| Aerospace design for manufacture, Automation of composite manufacturing processes & Carbon fibre composite materials recycling and reuse |
Dr Tom Turner |
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|
| Environmental Fluid Mechanics and Geoprocesses Research Group |
| Environmental Fluid Mechanics |
Dr Barbara Turnbull (Head of Group) |
| Experimental fluid dynamics, Computational fluid dynamics, Landslide-tsunamis (impulse waves), Scale effects in fluids and granular flows, Marine renewable energy |
Dr Valentin Heller |
| Earth Sciences, peatland carbon reservoir, utililising peat and thick lignite cores to obtain time resolved records of carbon accumulation and atmospheric deposition |
Dr David Large |
| Fluid Mechanics, stratified, rotating flows & spin-up, stratified Rossby waves |
Dr Rick Munro |
| Enhanced Oil Recovery, porous media |
Professor Sean Rigby |
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| Fluids and Thermal Engineering Research Group |
| Multiphase flow, Film flows, Bubble dynamics, Experimental Fluid Dynamics, Flow Modelling, Heat Transfer, Phase change, Two-phase flows |
Dr Buddhika Hewakandamby (Head of Group) |
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Drag reduction, Boundary-layer control, Flow control, Turbulent boundary layer structures, Boundary layer transition, Deterministic turbulence, High-lift and quiet aerofoils, Plasma actuators, Unsteady flow control, Anti-icing and de-icing control, Turbulence, Aerodynamics
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Professor Kwing-So Choi |
| Computational Fluid Dynamics, Experimental two phase flow in particulate-gas, Numerical and experimental heat transfer, liquid-gas-solid systems, Absorption refrigeration, multiphase flows, heat transfer, Liquid atomisation, Wet steam measurement, turbulent reacting flows |
Dr Donald Giddings |
| experimental multiphase fluids, droplet impact, optical measurement techniques. Thermoacoustic for power generation. Shearing flows in gas/oil/aeroengine applications |
Dr David Hann |
| Experimental aerodynamics and fluid dynamics; boundary layer flow control; drag reduction using passive and active technologies; active flow control system architectures for vehicle integration; heat transfer and novel cooling technologies, modeling and optimisation, thermal management, aeroacustics of synthetic jet actuators, noise reduction |
Dr Mark Jabbal |
| Internal combustion research projects, diesel and gasoline engines projects with analytical, computational and experimental work elements; Heat Transfer; Crystal growth, Soot, Particulate matter, Soot-in-oil, Emission control, Powertrain, hybrids. |
Dr Antonino La Rocca |
| The development and application of computational models to improve the understanding of multi-phase chemical and environmental process engineering problems including: modelling of the emission, dispersion and mitigation of fugitive dust; surface minerals extraction; environmental fluid flow phenomena. |
Dr Ian Lowndes |
| Fluid flow and heat transfer, biomimetics, Efficient cooling technology, microchannel boiling and condensation, heat pipes, jet impingement, film cooling, Elelctrohydrodynamic, low carbon vehicle thermal management, Power electronics, Battery thermal management, HVAC in the built environment, Thermofluids |
Professor Yuying Yan |
| Energy efficiency, vapour compression, heat pump, desiccant refrigeration, evaporative cooling, co-and tri-generations, thermal energy storage and recovery, building energy performance simulation and improvement, energy policy study, renewable energy (Solar, geothermal, wind, etc.) |
Dr Jie Zhu |
| Automotive propulsion systems, Internal combustion engines, Exhaust waste heat recovery, Low carbon fuels, Alternative fuels, BatteriesPowertrain thermal management, Hybrid vehicles, Hybrid aircraft, Electric motors |
Professor Alasdair Cairns |
NIR filtering, Absorptivity, Microfluidic, Thermal transport, Solar radiation, Material Cooling, Bio-inspired engineering, optics materials, structural fabrication assemblies, thermal functionality, synethetic polymer research, energy capture and storage, material composite function, multi-material layering
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Dr Mark Alston |
| Wind energy, wind resource assessment, optimal layout and management of wind farm, flow control, optimization of passive and active control, turbine cooling, highly flexible structures, plasma actuation, data science artificial intelligence in fluid flow prediction and control, wind turbines |
Dr Xuerui Mao |
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| Food Water, Waste Research Group |
| Water quality, micropollutants (pharmaceuticals, antibiotics, metals, antimicrobial resistance, microplastics), wastewater treatment, bioprocesses, novel adsorbents, enzymes, waste to resource, circular economy, modelling and analytics |
Dr Rachel Gomes (Head of Group) |
| Advances in control of food mixing operations, the effect of processing on microstructure control and extension of traditional unit operations to include performance of formulations of various consumer products |
Professor Serafim Bakalis |
| Appropriate technology, sustainable materials, biogas, cookstoves, natural fibre composites, engineering education research. |
Dr Mike Clifford |
The circular economy, resource sustainability and waste.
Sustainable extraction and production of raw materials, regeneration of materials, separation of materials and components for reuse, recovery of energy and biochemical value, materials production from waste derived and secondary resources, end of life solutions for hazardous materials |
Dr Rebecca Ferrari |
| Environmental remediation, Resource Recovery, Wastewater treatment, Contaminated soils, Waste Management |
Dr Helena Gomes |
| Human digestion; healthy foods; sustainable foods; gluten free; food structure; crystallisation and crystal structures; drying |
Dr Ourania Gouseti |
| Digital Food and Drink Manufacturing, Ultrasonic Process Analytical Technologies, Machine Learning and Sensor Fusion, Industrial Internet of Things Applications, Online Food Quality Assessment |
Dr Nicholas Watson |
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| Gas Turbine and Transmissions Research Centre |
| Rotordynamics, Machine Vibration and Dynamics, The Mathematics of Vibration, Integrating Energy Storage, The dynamics of coupled electrical and mechanical systems, Active Control of Machine Vibrations using Magnetic Bearings |
Professor Seamus Garvey (Head of Group) |
| Computational mechanics; boundary element analysis and formulation; non-linear Finite Element analysis; high temperature creep applications; Structural Integrity; Welded structures; Continuum damage mechanics; Contact mechanics; Frictional stick/slip modelling; Plasticity; Fatigue; Fracture mechanics |
Professor Adib Becker |
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Computational mechanics; non-linear Finite Element Analysis (FEA); Structural integrity; Welded structures; Contact mechanics; Plasticity; Fatigue; Room and high temperature material testing and characterisation; Additive material characterisation
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Dr Chris Bennett |
| Applied Creep Mechanics |
Dr Chris Hyde |
| Computational modelling of turbulent flow, in particular aerospace flows, using large eddy simulation (LES) |
Dr Richard Jefferson-Loveday |
| Application of experimental and computational (CFD) approaches to the flow and heat transfer in aeroengine transmissions elements and systems, including high speed imaging. Application of CFD in Thermofluids engineering applications, particularly multiphase systems |
Dr Kathy Simmons |
| Non-linear finite element computational mechanics modelling (creep, fatigue, damage, cyclic visco-plasticity, welding, contact and wear); Material behaviour characterisation (elastic-plastic, creep, fatigue, damage, fracture) and microstructure characterization; Development of material behaviour models; High temperature performance assessment methods of materials and components; Room and high temperature material testing, including miniature specimen testing methods. |
Professor Wei Sun |
| Computational fluid dynamics (CFD), experimental fluid dynamics and analytical approaches to thermofluid design. |
Dr Carol Eastwick |
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|
| George Green Institute for Electromagnetic Research |
| Electromagnetic Compatibility, Computational Electromagnetics, Protection and Simulation of Power Networks |
Professor David Thomas (Head of Group) |
| Experimental and numerical studies of electromagnetic fields and waves, with particular emphasis on propagation in optical waveguides, silicon based photonic circuits and electromagnetic compatibility |
Professor Trevor Benson |
| Interaction between microwave and molecular materials, implementation of dielectric spectroscopy techniques for process monitoring, and design of microwave applicators for materials processing. |
Dr Georgios Dimitrakis |
| Experimental and computational electromagnetics, specifically the implementation of numerical algorithms on a variety of computational platforms and the simulation of systems for electromagnetic compatibility and signal integrity studies |
Dr Steve Greedy |
| Materials, devices and circuits for radio frequency and microwave applications, energy storage |
Professor Ian Harrison |
| Electromagnetic Compatibility (EMC), focussing on RF emission and immunity measurements. These methods involve the use of a Fully Anechoic Room (FAR) and a GTEM cell |
Dr Angela Nothofer |
| All aspects of computational electromagnetics, with applications primarily to photonics and electromagnetic compatibility |
Professor Phillip Sewell |
| Optical and optoelectronic modelling, numerical modelling of photonic devices |
Dr Slawek Sujecki |
| Electromagnetics, optoelectronics and microwaves |
Dr Ana Vukovic |
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| Human Factors Research Group |
| Human factors aspects of virtual reality and interactive systems |
Dr Sue Cobb (Head of Group) |
| Human Factors of future vehicles, including automated and autonomous vehicles: Human-Machine Interface design; Driver behaviour; Human Factors of navigation task |
Dr Gary Burnett |
| Architecture and urban design; urban heritage conservation and revitalisation; public realm and place-making |
Professor Tim Heath |
| Ubiquitous computing and the human factors of innovative digital services and technologies through Horizon Digital Economy Research |
Dr Rob Houghton |
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Human factors, multisensory virtual environments, virtual training environments
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Dr Glyn Lawson |
| Education in the built environment for ensuring a sustainable future, acoustic heritage |
Dr Peter Rutherford |
| Human factors and digital technologies, human factors in future transport, technologies to support healthcare, digital manufacturing, intelligent mobility |
Professor Sarah Sharples |
| Acoustics of complex structures, porous materials, Structural power flow measurement techniques |
Dr Robin Wilson |
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| Low Carbon Energy and Resources Technologies Research Group |
| Distributed combined heat and power generation / co-generation; biomass technologies including combustion, gasification and pyrolysis; clean fossil fuel technologies including various carbon capture technologies/materials and clean coal technologies; fluidized beds; sustainable waste management and disposal; hydrogen production from biomass/coal |
Professor Hao Liu (Head of Group) |
| Production of bio-based chemicals, materials and functional food ingredients from food waste and sustainable biomass sources through development of transformative microwave technologies including Microwave-Assisted Extraction, pretreatment and stabilisation. |
Dr Eleanor Binner |
| Process modelling, process optimisation and techno-economic analysis of low-carbon energy technologies, including carbon capture and utilisation, as well as thermochemical and biochemical conversion of biomass and waste. |
Dr Ioanna Dimitriou |
| Encompass novel processing techniques using microwave technologies |
Dr John Robinson |
| Fossil energy technologies, carbon capture, biomass conversion and hydrothermal carbonisation. |
Professor Colin Snape |
| Catalysis and energy conversion, carbon capture technologies and related advanced gas clean-up systems |
Dr Chenggong Sun |
| Solar façade (Smart Window, PV, Concentrating PV, Transparent Insulation Materials etc.), Thermal Energy Storage, District Heating System, Building energy simulation, Integration of renewable/cleaner fossil energy systems into buildings and built environment |
Dr Yupeng Wu |
| Petroleum geochemistry, oil biodegradation, analytical pyrolysis, biomass conversion, isolation and quantification of pyrogenic carbon & biochar |
Dr Will Meredith |
| Use of sustainable feedstocks, bioenergy and biochemical production, oil/solid separation processes and microwave heating technologies |
Dr John Robinson |
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|
| Nottingham Centre for Geomechanics |
| Tunnelling, soil-structure interaction, geotechnical centrifuge testing, numerical and analytical modelling |
Dr Alec Marshall (Head of group) |
| Cyclic behaviour of soil-structure interfaces; Geotechnical centrifuge testing; Element testing |
Dr Charlie Heron |
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Construction vibrations, Pile dynamics, Geohazard monitoring, Health assessment of aging infrastructure, Modern subsurface characterization, Soil dynamics
|
Dr Athina Gkrizi |
| Micromechanics of soil behaviour |
Professor Glenn McDowell |
| Vibration-Based Damage Detection; Soil-Structure interaction; Offshore Foundations; Structural Health Monitoring; Vehicle-Bridge Interaction |
Dr Luke Prendergast |
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|
| Nottingham Geospatial Institute |
| Global Navigation Satellite Systems, Intelligent Transport Systems |
Professor Terry Moore (Head of Group) |
| Space Geodesy, Global Navigation Satellite Systems (GNSS), Ionospheric Effects on GNSS and their mitigation |
Dr Marcio Aquino |
| Development of GPS/GNSS techniques for monitoring vertical land movements at tide gauges in relation to climate-driven changes in sea level |
Dr Richard Bingley |
| Geological mapping, natural resources exploration, mapping and monitoring of geohazards. Satellite, airborne and ground based Earth Oberservation techniques |
Dr Stephen Grebby |
| Navigation systems, GNSS Integrity Augmentation, Information and Communication Technologies (ICT) in construction projects throughout the whole lifecycle of the built infrastructure |
Dr Chris Hill |
| Geological mapping, natural resources exploration, mapping and monitoring of geohazards. Satellite, airborne and ground based Earth Oberservation techniques. |
Professor Stuart Marsh |
| Geospatial engineering, structural health monitoring |
Dr Panagiotis Psimoulis |
| Design, navigation and Control of UAVs, sensor technologies and control of aircraft systems |
Dr Xinhua Wang |
| Design and Application of Human Tracking Systems, Movement Model Supported Navigation, Ubiquitous Positioning Technologies, Position and Orientation Determination |
Dr James Pinchin |
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| Nottingham Transportation Engineering Centre |
| Micro-structural and mechanical properties of asphalt mixtures |
Professor Gordon Airey (Head of Group) |
| Nearshore physical oceanography, and coastal dynamics and engineering |
Professor Nick Dodd |
| Materials and structures, automation of construction and maintenance techniques |
Dr Alvaro Garcia Hernandez |
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Life cycle assessment and carbon footprint of construction products, corporate social responsibility, skidding resistance and its relation to accidents and pavement materials and design
|
Dr Tony Parry |
| Design and analysis of pavements and railway trackbeds; materials for pavements and railway trackbeds |
Dr Nick Thom |
|
|
| Optics and Photonics Research Group |
| Novel medical device design, photoplethysmography, Smart fabric wearable medical devices, design and fabrication of custom integrated circuits for medical instrumentation |
Professor Barrie Hayes-Gill |
| Mobile Computer Engineering and Sensing Systems for Healthcare |
Dr Steve Bull |
| Nanoscale Bioelectronics and Biophotonics |
Dr Serhiy Korposh |
| Design and fabrication of nanophotonic devices and photonic integrated circuits, nano-biophotonics high-speed and high-brightness semiconductor lasers |
Professor Eric Larkins |
| Biomedical engineering, optical fibre sensing for healthcare, wearable devices, smart textiles, applications in monitoring in critical care, diabetes, gerontology, sports. |
Professor Stephen Morgan |
| Optical imaging with lateral resolution in the nanometer scale, Optical dimensional measurement in the nanoscopic scale with sub-nanometer precision, Incorporation of signal processing techniques (ANN, GA, PCA etc.) into optical systems to enhance and refine their applications |
Dr Chung See |
| Optical particle characterization techniques, Signal processing, Imaging through Turbulence |
Dr John Walker |
| Physiology of transparent tissues of the eye, Real-time, label-free imaging of small molecular transport, Electrophysiology and impedance characterisation of barrier tissues, Trans-epithelial drug delivery and barrier function, Raman micro spectroscopy and biosensing using Surface Enhanced Raman Spectroscopy (SERS), Hydrodynamic imaging and condenser-free contrast enhancement methods |
Dr Kevin Webb |
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Optically trapped probes for micro-rheology of soft material, single-cell mechano-sensing, single-molecule manipulation and characterisation, novel optical microscopy techniques for imaging deep into 3D culture
|
Dr Amanda Wright |
|
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| Power Electronics, Machines and Control Group |
| Power Electronics, Power Converters, More Electric Aircraft, Power Converters for Power System applications, All Electric Aircraft Matrix Converters, Multi-level/Modular Power Converters, Use of SiC/GaN Power Semiconductors, AC Motor Drives |
Professor Patrick Wheeler (Head of Group) |
| Aircraft Electric Power Systems |
Dr Serhiy Bozhko |
| Multi-domain multi-level abstraction modelling and simulation of power components and assemblies, novel packaging and integration approaches for semiconductor power devices, high-temperature electronics (SiC), enhanced driving of semiconductor power devices, optimized cooling of power components and assemblies , online electro-thermal characterization of power devices, development of techniques for degradation monitoring, reliability investigations |
Dr Alberto Castellazi |
| Power converter topologies and applications, modular multi-level converters and derived circuits, high power resonant converters, matrix converters and other direct AC-AC converters, HVDC power conversion systems, high power DC-DC converters, control and modulation strategies for power converters |
Professor Jon Clare |
| Power converters topologies modelling and control, Modular multilevel power converters for HVDC applications, Stability analysis of AC and DC microgrids, DC-DC converters |
Dr Alessandro Costabeber |
| Electrical machines, electromagnetic launch systems, linear machines, induction machines and transportation systems |
Dr Tom Cox |
| Computational modelling of power electronics, thermal management in power electronics, applications for wide-bandgap power semiconductor devices |
Dr Paul Evans |
| Design, analysis and thermal management of electrical machines and drives |
Dr Michael Galea |
| High performance motor drive systems for transport applications, high speed machines, High torque density electrical machines |
Professor Christopher Gerada |
| Power semiconductor devices, power device packaging, reliability and thermal management, power module technology |
Professor Mark Johnson |
| Design, control and evaluation of novel/advanced power electronic converter topologies for various applications where fast control of power and/or high conversion efficiency |
Dr Christian Klumpner |
| Energy management strategies for renewables and smart distribution systems, fault detection and location strategies, including for arc faults, and applied to ships and aircraft |
Professor Mark Sumner |
| Analysis, design and optimization of high power density electrical machines, high speed high frequency machines and synchronous generators, and magnetic material characterization and their applications |
Dr Gaurang Vakil |
| Design, analysis and thermal management of electrical machines and magnetic components for electric vehicle applications |
Dr Adam Walker |
| Power Electronics and Control methods for High Power Applications, including the use of Modular Multilevel Converter Topologies and Resonant High Voltage converters |
Dr Alan Watson |
| Aerospace electrical power systems |
Dr Tao Yang |
| Control modelling and stability of power converter systems, Control of electrical drives, Model predictive control, repetitive control, grid connected converters, power quality and active filters, design and system identification using heuristic optimization Algorithms |
Professor Pericle Zanchetta |
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| Resilience Engineering Research Group |
| Asset management, system availability and reliability |
Professor John Andrews (Head of Group) |
| Life-cycle analysis of structures, structural risk analysis |
Dr Luis Canhoto Neves |
| Railway track asset management, modelling maintenance in railway infrastructure management |
Dr Darren Prescott |
| Fault diagnostics and prognostics techniques for aircraft and railway industry; efficiency and safety in healthcare |
Dr Rasa Remenyte-Prescott |
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Sustainable Process Technologies Research Group
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| Biochemical processes, mass transfer in novel reactor designs, Sustainable development, connecting industrial and agricultural waste streams to value-adding products, Synergistic integration between biochemical and chemical conversion, Creation of carbon efficient non-natural biochemical pathways |
Professor Alex Conradie (Head of Group) |
| Radicals, free radicals, radical enzymes, ionic liquids, intermolecular interactions, reactivity, chemical mechanisms, enzymology, mycolic acids, phenolics, biotransformations, bioprocessing, data science, computational chemistry, molecular dynamics, quantum mechanics |
Dr Anna Croft |
| Computational chemistry, enzymatic and chemical catalysis, rational enzyme design, molecular modelling and self-assembly |
(Associate) Professor Christof Jaeger |
| Life cycle assessment / life cycle analysis / LCA; Techno-economic analysis / TEA; Evaluating emerging process technologies, materials, and energy products; Waste valorisation and circular economy; Policy analysis – biofuels, waste |
Dr Jonathan McKechnie |
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Catalysis, biocatalysis, enzyme engineering, artificial metalloenzymes, rational design
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Dr Anca Pordea |
| Advanced chemistry, reaction engineering, real-time analytics, intelligent algorithms |
Dr Victor Sans Sangorrin |
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