Conference Programme
University of Birmingham
18-19th June 2025
Welcome to TriboUK 2025 and we look forward to seeing you in June! Please keep watching this space for updates on the conference programme, keynote speakers, and early career presenters.
Time | Activity |
9:00-9:30 | Registration and refreshments |
9:30-9:45 | Welcome and housekeeping |
9:45-10:15 | Keynote: Liam Grover (University of Birmingham) |
10:15-11:00 | Session 1 |
11:00-11:40 | Coffee Break |
11:40-12:20 | Session 2 |
12:20-13:30 | Lunch |
13:30-14:00 | Keynote: Rai Notay (Lubrizol) |
14:00-14:40 | Session 3 |
14:40-15:00 | Coffee Break |
15:00-16:30 | Lab tours |
18:00-19:30 | Drinks Reception (Mal Maison) |
19:30-23:00 | Conference Dinner (Dil Se) |
Time | Activity |
9:15-9:30 | Refreshments |
9:30-10:00 | Keynote: Evangelos Liamas (Unilever) |
10:00-10:20 | Session 4 |
10:20-11:00 | Poster flash-talks |
11:00-11:10 | Coffee Break |
11:10-12:30 | Poster session |
12:30-13:30 | Lunch |
13:30-14:00 | Keynote: Mark Gee (NPL) |
14:00-15:00 | Session 5 |
15:00-15:30 | Coffee Break |
15:30-16:00 | Awards and closing remarks |

Professor Liam Grover (University of Birmingham)
Liam M Grover is Professor of Biomaterials Science at the University of Birmingham. His research focusses on investigating the interactions that occur between materials and biological systems. By developing a better understanding of these interactions, he has been able to generate new medical devices and technologies that can participate in the tissue regeneration process. He has used this approach to demonstrate a range of novel technologies and has taken five from concept through to the point of clinical application and has two products that are now commercially available. He has published >250 peer reviewed papers, which have accrued >11k citations (H-index 57), filed >30 patents, has spun two companies out of the university and has raised >£50m. He recently established the Innovation Accelerator in Medical Technologies, a £20m program that helps innovators to move their technologies through the translational pathway.
Dr. Rai Notay (Lubrizol)
Dr. Rai Notay earned his PhD in Mechanical Engineering from the University of Leeds, specialising in engine tribology. His career began at Millers Oils, where he played a key role in developing low friction motorsport lubricants. Currently, as a Senior Tribology Research Engineer at Lubrizol in the UK, Rai conducts advanced tribology research in industrial lubricants and powertrain technology to enhance efficiency and durability. He is especially passionate about e-Tribology, addressing tribological challenges in electric vehicles, and soft contact tribology. As a Chartered Engineer, Rai maintains high professional standards and serves as the STLE TLT Technical Editor, contributing to the dissemination of cutting-edge tribology and lubrication research. Through active collaborations with UK universities, he strengthens Lubrizol’s commitment to innovation and knowledge exchange, ensuring the company remains at the industry’s forefront.


Dr. Evangelos Liamas (Unilever)
Evangelos Liamas is a dedicated Materials and Surface Scientist with a robust academic and professional background. He earned his BSc in Materials Science and Technology from the University of Crete, Greece, and further specialized with an MSc in Nanomaterials from the University of Sheffield, UK. Evangelos then pursued a PhD at the University of Birmingham, UK, focusing on the study of biological interactions at the interface of biomaterials within the Department of Chemical Engineering. Throughout his academic journey, Evangelos has been passionate about the intricate interactions between biological materials and biomaterials. His postdoctoral research delved into the realm of soft tribology at the nanoscale, where he employed soft elastomers with tuneable elastic modulus and utilized friction force microscopy to gain valuable insights. Currently, Evangelos is a Materials Scientist at Unilever, specializing in using tribology to develop models that predict the sensory attributes of consumer products.
Professor Mark Gee (NPL)
Mark is an NPL Fellow in the Advanced Engineering Materials Group in the Department for Engineering at the National Physical Laboratory. He is visiting Professor at the University of Southampton, and the University of Manchester. He was awarded the Donald Julius Groen Prize for Tribology in 1992, and the IMechE Tribology Trust Silver Medal for Tribology in 2003. He has published over 300 papers and reports. Mark leads projects that are concerned with the development of an improved metrology for surface engineering and tribology (friction and wear). Particular research interests are the mechanisms of abrasive and erosive wear for ceramics and other hard materials, and the development of in situ real-time measurement techniques. Through his membership and support of Surface Engineering and Advanced Coatings within IOM3 he is passionate about showing how better metrology can improve the benefits to industry and society that surface engineering can bring.

Presenter | Title |
Ben Kew (University of Leeds) | From Lab to Product: How Oral Tribology Can Streamline Protein Food Formulation |
Aaron Ainsworth (University of Birmingham) | Seaweed in a nutshell: carrageenan and cardanol as biomimetic base oils |
Motaz Garroum (University of Birmingham) | Ammonia as a Sustainable Fuel: Challenges and Opportunities in Internal Combustion Engine Applications |
Osian Thomas (Ingram Technologies) | Development of an electrically induced RCF test |
Tong Pan (University of Birmingham) | A novel surface engineering technique for improving tribological performance of low-cost beta titanium alloy |
Michael Bartram (University of Sheffield) | Grease Lubrication in Wind Turbine Pitch Bearings |
Presenter | Title |
Qianrong Liu (University of Birmingham) | A lab-on-a-bench setup equipped with machine learning for high-throughput formulation development |
Chenxi Wang (University of Leeds) | Rheology and tribology performance of model water-in-water emulsions |
Forbes Gusha (University of Sheffield) | Separation and characterisation of wear flakes generated in rail-wheel interactions |
Nicola Yau (University of Hull) | Friction Where It Matters: Tribological Testing of Menstrual Pads under Realistic Moisture Conditions |
Thilakan Kanesalingam (Imperial College London) | A coarse grain glycopeptide model of the lubricating salivary mucin, MUC5B |
Muhammad Aulia Rahman (Imperial College London) | Molecular Insights into Stress-Driven Ammonia Production via Mechanocatalysis |
Arya Hajiyavand, Graciano Zhang, Qinsi Li, Aida Fadakar, Omid Doustdar, Iestyn Stead, Karl Dearn (University of Birmingham) | Tribology and Design of Recycled and 3D-Printed Textiles for Sustainable Comfort |
Sutartip Wittayapiyanon, Chuanjie Xu, Iestyn Stead, Omid Doustdar and Karl Dearn (University of Birmingham) | Involute gear-tooth problems in PEEK gears related to wear increased on the tooth flank |
Yuyang Yuan (University of Leeds) | Evaluation of Nanoparticles for Nanoscale Film Fabrication Harnessing Tribochemistry |
Daniel Powers (University of Southampton) | Electrical Surface Damage Characteristics of Rolling Contacts Under Different Lubrication Regimes |
Arda Kupelioglu (University of Southampton) | Data-centric investigations of galling |
Presenter | Title |
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