Professor David Barton
- Position: Professor
- Areas of expertise: finite element analysis; impact mechanics; polymers and composites
- Email: D.C.Barton@leeds.ac.uk
- Phone: +44(0)113 343 2137
- Location: 245 School of Mechanical Engineering
Professor David Barton was awarded a First Class Honours Bachelor’s degree in Mechanical Engineering from the University of Bristol in 1974. After completing a student apprenticeship with GEC Machines Ltd and further industrial experience at Chubb Lock & Safe Company, he received his MSc in Applied Mechanics at the University of Manchester in 1978 followed by a PhD in composite materials for pressure vessels in 1981. Prior to joining Leeds as a lecturer in 1985, Professor Barton had five years experience as a structural analyst in the nuclear power industry mainly concerned with high temperature and aseismic assessment of reactor structures.
His research interests at Leeds have centred around the experimental derivation and numerical implementation of complex models of material and structural behaviour particularly in relation to high strain rate deformation (including crashworthiness of vehicles), durability assessment and tribological interfaces in automotive engineering (brakes, gearbox synchronisers) and biomedical applications (total artificial joints, impact biomechanics). He has over 190 publications on these topics in the literature and was awarded a Chair in Solid Mechanics in 1999. He has served as the Pro-Dean for Learning and Teaching in the Faculty of Engineering at Leeds from 2004-06 and was Head of School of Mechanical Engineering from 2006-16. His teaching interests include automotive chassis engineering, finite element analysis and design/manufacture.
- International Lead
- Faculty of Engineering
My current research interests are focused in the areas of automotive braking systems and medical engineering. Each area involves advanced numerical simulation (usually finite element analysis) coupled with experimental characterisation and modelling of complex material behaviour. Some current projects are concerned with disc brake squeal, coated lightweight brake rotors, rim contact mechanics in artificial hip joints and integrity of spinal vertebroplasty.
- BSc, Mech Eng, University of Bristol, 1974
- MSc, Aplied Mechanics, University of Manchester, 1978
- PhD, University of Manchester, 1981
- FIMechE (Fellow - Institution of Mechanical Engineers)
- Automotive Chassis Engineering
- Design & Manufacture
- Mechanics for Product Design
- Student projects in automotive engineering, specifically connected with the Leeds Formula Student race car
Research groups and institutes
- Institute of Design, Robotics and Optimisation
- Institute of Medical and Biological Engineering