LU Chun

LU Chun serves as Chair Professor in the Department of Mechanics and Aerospace Engineering at Southern University of Science and Technology's College of Engineering. Previously, he held leadership roles as Director of International Sector at King Abdullah University of Science and Technology (2008-2015) and Senior Research Fellow/Director of Research Department at Singapore High-performance Computing Research Institute (1997-2008).

His academic foundation includes:

• Doctorate in Mechanical Engineering, National University of Singapore (1991-1994)
• Master's in Mechanics Engineering, Beijing Institute of Technology (1984-1987)
• Bachelor's in Mechanics, Peking University (1980-1984)

Professor LU's research integrates Computational Mechanics, High-Performance Computing, and Nanomechanics to solve complex problems in biomedical engineering and advanced materials. His pioneering work on nonlocal elasticity models enables accurate simulation of nanoscale phenomena, while his biomechanics research directly impacts vascular stent design and flexible electronics development. Current investigations focus on multiscale modeling techniques bridging quantum effects to macroscopic behavior in nanomaterial systems.

His publication trajectory (2006-2010) demonstrates consistent innovation across interdisciplinary boundaries, with significant contributions to Science, Nano Letters, and specialized mechanics journals. Key thematic evolution shows progression from fundamental nanomechanics (2006-2007) to applied biomedical solutions (2010), reflecting strategic integration of computational methods with practical engineering challenges.

Major recognitions include:

• Firefly Leadership Development Scholarship (Singapore Ministry of Trade and Industry)
• Golden Prize for High-Performance Computing (Singapore)
• Golden Prize at CAD Symposium (Australia)

Professor LU's leadership extends beyond research through international collaboration initiatives established during his KAUST tenure. While specific grant details aren't provided, his award portfolio indicates sustained funding for high-impact computational research projects.

His laboratory work focuses on computational simulation environments for nanomechanical systems, utilizing high-performance computing resources to model carbon nanotube behavior and biomedical device interactions without physical prototyping constraints.