معرفی
Joel Turner is Professor and Rolls-Royce Chair in Nuclear Fuel Technology within the Department of Mechanical and Aerospace Engineering at The University of Manchester. His research focuses on advanced nuclear fuel materials development for next-generation reactors, with significant contributions to the United Nations Sustainable Development Goal 7 (Affordable and Clean Energy). Affiliated with the Dalton Nuclear Institute and Energy research beacon, he leads cutting-edge work in accident-tolerant fuels and high-thermal-conductivity composites.
Education:
- Doctor of Philosophy (PhD), The University of Manchester (2012). Thesis: 'The Performance of a Nuclear Fuel-Matrix Material in a Sealed CO2 System'.
- Master in Science (MSc), NTEC, The University of Manchester (2012).
- Master of Physics (MPhys), The University of Manchester (2011).
Professor Turner's research centers on nuclear fuel materials science, specializing in uranium-based compounds (UN, UB2, UO2) and composites. His expertise spans thermal conductivity enhancement, oxidation behavior in air/steam environments, and advanced fabrication techniques including spark plasma sintering. Key interests include high-density fuels, burnable absorber integration, and accident-tolerant fuel development for light water reactors and advanced systems. His fingerprint reveals deep specialization in uranium material science (100%), fuel pellet engineering (75%), and oxidation reactions (75%).
Analysis of his 15 most recent publications (2019-2025) shows dominant focus on UN-UB2 composite systems, with 7 articles directly addressing this material combination. Key trends include thermal conductivity optimization (6 articles), oxidation/steam resistance studies (5 articles), and advanced manufacturing techniques like spark plasma sintering (4 articles). His work consistently targets practical nuclear fuel challenges: 12/15 articles address accident tolerance, 10/15 focus on thermal performance enhancement, and 7/15 investigate integrated burnable absorbers.
Scientific Awards:
- No specific awards documented in source materials
As a supervisor, Turner has mentored 4 research students. His major grant involvement includes serving as Co-Investigator on the £1.8M 'Radiochemical Facilities for the Molten Salts in Nuclear Technologies Network (NNUF)' project (2019-2023), which developed infrastructure for molten salt reactor research with focus on spent fuel processing and reactor design. This project generated significant industry collaboration with Rolls-Royce and the National Nuclear Laboratory.
Turner operates within the Dalton Nuclear Institute's fuel research ecosystem, collaborating extensively with the Energy research beacon. His laboratory work emphasizes high-temperature material testing under controlled atmospheres, with recent expansion into molten salt compatibility studies through the NNUF project. Current efforts focus on scaling UN-UB2 composite fabrication for industrial demonstration.
