Predicting tyre behaviour on different road surfaces

Jaguar Land Rover
University of Surrey

Alex is studying rubber friction to improve the accuracy of tyre models used in vehicle simulations. Car manufacturers create computer simulations to test the performance of various components and the overall vehicle before building physical prototypes, in order to reduce the huge costs associated with vehicle design. A tyre is one of the most difficult parts of a vehicle to simulate because the interaction between the tread rubber and the surface of the road – in short, the friction condition – is very complex and depends on many variables such as the road roughness, wheel load, temperature etc.

Alex O'Neill

Tyre models are currently built with data obtained from experimental lab tests that involve running the tyre on a sandpaper surface. The models that are produced are therefore representative of driving on an unrealistic surface; so there is the need to improve tyre simulations industry-wide.

With this research Alex hopes to improve understanding of the complex interaction between the tyre and the road. More accurate modelling of rubber friction and tyres will facilitate improved simulations which will ultimately save costs in the design process.

Alex graduated in 2015 from the University of Sheffield with an MPhys in Astrophysics. After a break from academia during which he worked in banking, Alex played music most days while travelling 5,000 miles across America in an electric-blue Ford Mustang. His love of cars and his background in physics gave him an interest in the engineering involved in the automotive industry, and he is currently undertaking an Engineering Doctorate (EngD) with Jaguar Land Rover and the University of Surrey’s EPSRC Centre of Doctoral Training for Micro- and Nano-Materials and Technologies.

Alex first learned about the Industrial Fellowship programme from his friend and Royal Commission alumnus Ed Williamson.


"There was an element of disbelief when I first learned I had been accepted onto the programme. I’m incredibly proud and grateful for the opportunity and excited to begin research.”