A joint analysis initiative between Coventry College and the Vellore Institute of Expertise (VIT) is investigating how Synthetic Intelligence (AI) may help enhance the protection of hydrogen transportation. The undertaking focuses on addressing hydrogen embrittlement— a course of the place metals like metal and nickel change into brittle and susceptible to fracture as a result of absorption of hydrogen.
Whereas hydrogen is more and more seen as a key a part of clear power techniques, transporting it safely stays a major problem. Embrittlement can result in structural failures and leaks, posing dangers to each infrastructure and security.
Researchers from Coventry College’s Institute of Superior Manufacturing and Engineering (AME) and the Centre for Superior Low Carbon Propulsion Programs (CALPS) are working with VIT engineering and software program consultants to discover how generative AI can be utilized to mannequin and predict embrittlement-related failures. By figuring out potential weaknesses earlier than they result in issues, the workforce hopes to assist the event of safer storage and transportation techniques.
The 2-year examine, which is able to proceed via 2026, is supported by funding from the UK-India Schooling and Analysis Initiative (UKIERI), a programme that promotes tutorial collaboration between the 2 nations.
Dr Arivazhagan Anbalagan, Assistant Professor in Digital Manufacturing at Coventry College, famous the significance of this analysis within the broader context of fresh power growth by saying, ‘As hydrogen turns into extra central to scrub power methods, it’s important that we perceive learn how to deal with it safely. Hydrogen embrittlement is a severe challenge, and utilizing AI to foretell and stop it might assist scale back threat and make hydrogen infrastructure extra reliable.’
The collaboration additionally contains alternatives for tutorial change and joint analysis coaching, with the purpose of constructing long-term capability in each nations for addressing advanced engineering challenges.
