Academic staff
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Professor Daniele Dini FREng
Personal details
Professor Daniele Dini FREng Head of Tribology Group, Professor of TribologySend email+44(0)2075947242
Location
669 City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Nanotribology, biotribology, contact mechanics, fatigue and fretting, damage mechanisms and fracture mechanics, lubrication, molecular tribology, molecular dynamics, computational fluid dynamics (CFD), multiscale/multiphysics modelling
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Professor Hugh Spikes FREng
Location
673 City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Molecular tribology, boundary lubrication, elastohydrodynamic lubrication (EHL), lubricant additives, tribochemistry, mechanochemistry, stress-augmented thermal activation (SATA), friction and wear
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Dr Amir Kadiric
Location
672 City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Transmission tribology, contact mechanics, rolling bearings, coatings, tribological damage and failure processes, white etching cracks
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Dr Marc Masen
Location
668 City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Biotribology, tribology of human tissue, skin friction, soft contact, wear mechanisms, high temperature lubrication, greases
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Dr Tom Reddyhoff
Location
670 City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Hydrodynamic lubrication and elastohydrodynamic lubrication (EHL), microelectromechanical systems (MEMS) and nanoelectromechanical systems (NEMS) tribology, tribochemistry, triboemission, textured surfaces, in-contact measurement methods
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Dr Janet Wong
Location
671 City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Nanotribology, in-contact fluorescence, in-contact phosphorescence, lubricant additives, solid-lubricant interface phenomena, structure and dynamics of confined fluids, corrosion, surface adsorption and deposition
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Professor Philippa Cann
Location
456-B City and Guilds Building
South Kensington CampusSW7 2AZ
Research Interests
Biotribology, artificial joints, cartilage lubrication, food tribology, grease lubrication, in-contact spectroscopy