Professor James G Broughton
Research Lead, School of Engineering, Oxford Brookes University
After completing a PhD on the Enhancement of structures using bonded composite materials James has since contributed to a wide range of international and industrial research projects on multi-material structures. His work spans the repair of historic timber using fibre-reinforced bonded-in rods, development of aerospace composite wing ribs (international patent), full-composite nodal truss structures (JEC Manufacturing Award 2011), and bonded lightweight sustainable electric motors (Innovate UK Award 2014).
As former Head of the Joining Technology Research Centre (now merged with the Materials Processing and Modelling Group), James led pioneering research and knowledge-transfer activities on joining technologies across aerospace, automotive, motorsport and civil sectors. His expertise covers disbondable adhesives, design for disassembly, bonded repair of civil infrastructure, durability of bonded joints, and surface pre-treatment of timber and natural fibres.
James' research has shaped international standards and industrial practice, including classification procedures for composite strengthening of civil structures (CompClass), sealant test standards, and novel fatigue testing methods for multi-material joints. He is currently investigating disbondable adhesives for recycling and reuse, contributing to a circular materials economy, with recent work on recyclable wind turbine blades in the Horizon ECORE WINDS project. James also serves as Co-Editor-in-Chief of the International Journal of Adhesion and Adhesives