معرفی
Dr. Yueting Sun is an Associate Professor in the Department of Mechanical Engineering at the University of Birmingham, UK. He holds a prestigious UKRI Future Leaders Fellowship and is a Fellow of the Higher Education Academy (FHEA). His affiliations include the School of Engineering, where he leads the Nanoporous Materials & Mechanics Laboratory. He is also associated with the Sun Research Group, focusing on interdisciplinary studies involving engineering, chemistry, and physics.
Yueting Sun earned a PhD. Further details about his educational background are not provided in the text.
His research interests span nanoporous materials, impact mechanics, metal-organic frameworks (MOFs), and nanofluidics. He pioneers work in dynamic nanofluidic energy absorption using highly porous materials like MOFs. Additionally, he emphasizes interdisciplinary collaboration to advance fundamental knowledge and practical applications of mechanical energy absorption materials. In teaching, he focuses on transferrable skills development and research-intensive education, having taught Advanced Vehicle Engineering and coordinated Final Year Projects (MEng) in 2021-22.
His recent research includes high-rate nanofluidic energy absorption in porous zeolitic frameworks, exploring reusable shock absorbers through water clustering simulations at high loading rates. While specific articles are limited in the provided text, his work demonstrates a focus on innovative material applications in energy absorption and nanotechnology.
- UKRI Future Leaders Fellowship
- Fellow of the Higher Education Academy (FHEA)
- Multiple Poster Prizes for the Group
Dr. Sun oversees postgraduate and undergraduate research opportunities, including PhD, Postdoc, and internships. He has secured a UKRI Future Leaders Fellowship to support his research into dynamic nanofluidic energy absorption. Collaborations and grants aim to bridge theory and practical applications of advanced materials.
He leads the Nanoporous Materials & Mechanics Laboratory, part of the University of Birmingham's School of Engineering. The lab specializes in chemical synthesis, material processing, and mechanical testing of nanoporous materials. It fosters interdisciplinary projects involving engineering, chemistry, and physics.
