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Name: |
Professor AMP Taylor |
Organisation: |
Imperial College London |
Department: |
Mechanical Engineering |
Current EPSRC-Supported Research
Topics: |
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Current EPSRC Support |
There is no current EPSRC Support |
Previous EPSRC Support |
EP/M015300/1 | Advanced Gas Turbine cycles for high efficiency and sustainable future conventional generation | (C) |
EP/K021095/1 | Flexible and Efficient Power Plant: Flex-E-Plant | (C) |
EP/K019732/1 | Droplet collisions and interaction with turbulent flows for powder manufacturing | (C) |
EP/G01597X/1 | How does primary liquid break-up determine the downstream spray characteristics of airblast atomisers? | (C) |
EP/F009194/1 | Advanced experimental and numerical methods for te prediction of complex gas liquid annular flows | (C) |
EP/C518101/1 | PLATFORM: Computational Combustion Engineering | (C) |
GR/R54767/01 | Atomisation,Ignition and Mixing In New Generation DIESELS (AIMING DIESELS) | (P) |
GR/R01750/01 | Flame Sensor For Efficient Gas Turbine Engine Control (Flameseec) | (C) |
GR/R34714/01 | Optical Planar ENhanced Interferometric Laser Imaging Droplet Sizing (OPEN-ILIDS). | (P) |
GR/M91808/01 | JREI: HIGH RESOLUTION PLANAR IMAGING OF INHERIT AND REACTING FLOWS | (C) |
GR/K97097/01 | EXPERIMENTAL AND MODELLING STUDY OF TIME DEPENDENT ATOMIZATION & ITS EFFECT ON SPRAY AND FLAME STRUCTURE | (P) |
GR/F87011/01 | STABILITY OF LIQUID - AND SOLID-FUELLED BURNERS | (P) |
GR/E34216/01 | PARTICULATE AERODYNAMICS IN PULVERISED FUEL BURNERS (SERC/CEGB) CO-FUNDED SCHEME | (P) |
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Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator
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