Jinwu Xiang
Papers
3
Total Citations
19
H-Index
2
About
Jinwu Xiang is a rising researcher in bio-inspired robotics and fluid dynamics, whose work focuses on unraveling the principles of animal locomotion to design versatile, multi-modal robots. His key research areas include flapping-wing aerodynamics, dragonfly-inspired flight mechanics, and modular robotic systems capable of flying, swimming, and running. Xiang’s major contributions center on understanding the complex aerodynamic interference in tandem flapping wings—a hallmark of dragonfly flight—and translating these insights into robotic platforms. His most-cited paper (2024, 14 citations) provides a numerical comparison of symmetric versus asymmetric flapping wing configurations in tandem, revealing how asymmetric pitching angles can enhance force control and maneuverability. This work builds on his earlier study (2024, 3 citations) that introduced a dragonfly-inspired robot mimicking force vector control for agile maneuvers like backward flight. In a notable 2025 paper (2 citations), Xiang advanced the field by proposing a reciprocal actuation core with modular robotic limbs, enabling seamless transitions between aerial, aquatic, and terrestrial locomotion. His research not only deepens our understanding of biological flight but also paves the way for efficient, adaptive robots for search-and-rescue and environmental monitoring.
Research Focus
Key Achievements
Top Papers
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