Papers
2
Total Citations
22
H-Index
2
About
Xi-Yun Lu is a leading figure in fluid dynamics and biomechanics, renowned for pioneering research on the collective locomotion of self-propelled swimmers. His work fundamentally advances understanding of how hydrodynamic interactions shape the emergent behavior of active systems, particularly through the study of flapping plates as simplified models of aquatic organisms. Lu’s major contributions include testing Lighthill’s conjecture—that orderly configurations in swimmers arise passively from fluid forces rather than active control—by demonstrating how active external control influences tandem swimming patterns. His 2021 paper on this topic, with 19 citations, provides critical insights into the self-organization of active swimmers, revealing that even minimal control can disrupt natural hydrodynamic synchronization. More recently, his 2024 study on two flapping plates swimming toward each other, with 3 citations, explores collision avoidance and schooling dynamics, offering foundational knowledge for robotics and biological locomotion. Lu’s work bridges theoretical fluid mechanics and applied engineering, making him a key voice in understanding how fish and micro-robots coordinate movement. His research has implications for designing efficient autonomous underwater vehicles and deciphering the physics of collective animal behavior.
Research Focus
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Top Papers
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