Tribology is the essential science of all interacting surfaces in relative motion. It is immensely important to the successful operation of engineered machines and natural mechanisms of all scales, and demands multifunctional surfaces. It is core to future transport and energy-efficient machines, the control of emissions and low-maintenance renewable energy systems, and to biotechnology.
nCATS is a multidisciplinary tribology centre. We aspire to research and solve next-generation tribological design issues and enable surface interactions to occur with minimal energy loss and impact on the environment. We link world-class research groups in key disciplines at the University of Southampton to develop enhanced capabilities in advanced computational and experimental tribology. We have also established strategic research partnerships with top groups worldwide.
We provide the next generation of underpinning technology in mechanical engineering, microsystems, and biomedical engineering by developing strategic research partnerships with industry. We increase the understanding of tribological processes at all scales and apply this to improve surface life.
Our research includes developing sensors and novel probes for tribological processes, the tribology of renewable energy systems, manipulating complex microbial communities at interfaces linked to tribological issues of fouling, friction and corrosion, and the use of advanced techniques to understand biotribological performance at the interface of artificial material and live tissue. We develop novel self-repairing, adaptive, regenerative multifunctional surfaces for smart applications.