Imperial College London

Prof Ambrose Taylor

Faculty of EngineeringDepartment of Mechanical Engineering

Professor of Materials Engineering



+44 (0)20 7594 7149a.c.taylor Website




Miss Valerie Crawford +44 (0)20 7594 7083




515City and Guilds BuildingSouth Kensington Campus





Ambrose is Professor of Materials Engineering, and is the leader of the ‘Nanomaterials’ group which specialises in the characterisation and modelling of particle-modified thermoset polymers. He has researched the impact and durability performance of rubber-toughened structural epoxy adhesives, and quantitatively predicted the lifetime of adhesive joints in fatigue. His current work is investigating the structure/property relationship of thermoset/inorganic hybrids, using epoxy, acrylic and cyanate ester polymers. He also has interests in using other nanomodifiers (e.g. layered silicates, carbon nanotubes and silica nanoparticles) as tougheners for thermosets. He is also investigating the microstructure and properties of epoxy adhesives modified with combinations of micro- and nanoparticles. The applications of these materials include structural adhesives, coatings and as the matrices of fibre-composite materials. He also researches degradation and conservation of cultural heritage, working with museums and heritage organisations. He researches the fracture of engineering thermoplastics, and the effects of recycling on their mechanical properties. He has held a prestigious Royal Academy of Engineering Post-doctoral Research Fellowship and a Royal Society Mercer Award for Innovation.


Ambrose heads the Nanomaterials Research activity. The Nanomaterials group is concerned with measuring, modelling and predicting the performance of polymers and composites modified with nanoparticles, and with the formation of nanostructure materials. There is special emphasis on the fracture performance of these materials. For more information, visit

Ambrose is co-leader of the Science and Engineering Research for Cultural Heritage Network. This Network of Excellence connects scientists & engineers with conservators & heritage professionals to find solutions to cultural heritage problems. For more information, or to join the network, visit


AHRC, Alstom, Areva, Australian Government, Becker Industrial Coatings, City & Guilds College Association, CEC, Cytec, dstl, Emerald Performance Materials, EPSRC, Evonik, FACT, Hanse Chemie, Henkel, ICI, Malaysian Government, Nanoresins, Noveon, Region Rhone-Alpes, Rolls Royce, Royal Academy of Engineering, Royal Society, Trelleborg, Trinidad & Tobago Government, TSB, US Government, Victoria & Albert Museum



Charalambides M, Taylor A, Young C, et al., 2023, A numerical model for predicting the time for crack initiation in wood panel paintings under low-cycle environmentally induced fatigue, Journal of Cultural Heritage, Vol:61, ISSN:1296-2074, Pages:23-31

Wang D, Hu H, Li S, et al., 2023, Sensing-triggered stiffness-tunable smart adhesives, Science Advances, Vol:9, ISSN:2375-2548, Pages:1-12

López-Cabrera HR, Figueroa-López U, Taylor AC, et al., 2023, Dynamic fracture resistance under plane strain conditions of high-density polyethylene nanoclay composites, Polymers, Vol:15, ISSN:2073-4360, Pages:1-15

Fan W, Yang H, Taylor AC, 2023, Numerical analysis of fracture in interpenetrating phase composites based on crack phase field model, Composites Science and Technology, Vol:232, ISSN:0266-3538, Pages:1-9

Panta J, Rider AN, Wang J, et al., 2023, High-performance carbon nanofiber reinforced epoxy-based nanocomposite adhesive materials modified with novel functionalization method and triblock copolymer, Composites Part B: Engineering, Vol:249, ISSN:0961-9526, Pages:1-13

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