Papers
1
Total Citations
23
H-Index
1
About
Liang Yuan is a researcher specializing in underwater bionic robotics, with a particular focus on bio-inspired propulsion systems and functional materials for aquatic robot design. His most recognized work centers on the development and analysis of multi-fin propulsion mechanisms in bionic robotic fish, an area where his contributions have helped advance understanding of how flexible, multi-fin configurations outperform single-fin systems in balancing propulsion efficiency, low-speed maneuverability, and high-speed stability. Yuan's 2022 review paper on multi-fin propulsion and functional materials has garnered 23 citations, reflecting growing interest in this niche but rapidly evolving field. His research addresses a critical engineering challenge: traditional single-fin designs, whether pectoral or caudal, struggle to simultaneously achieve agility and speed — limitations that multi-fin architectures combined with flexible body structures can effectively overcome. By synthesizing advancements in smart materials and biomimetic design principles, Yuan's work provides a foundational reference for engineers and biologists seeking to develop next-generation underwater robots capable of navigating complex aquatic environments with greater versatility and efficiency. His scholarship bridges robotics, materials science, and marine biology in a meaningful and applied way.
Research Focus
Key Achievements
Top Papers
- 1