Kewei Chen
Papers
9
Total Citations
130
H-Index
8
About
Kewei Chen is a leading researcher in bioinspired robotics, with a primary focus on understanding and replicating the extraordinary locomotion of locusts. His work centers on the biomechanical and dynamic principles governing locust jumping, landing, and in-air posture adjustment, translating these biological insights into high-performance robotic systems. Chen’s major contributions include the development of novel leg models and mechanisms that optimize landing buffering performance, as detailed in his most-cited paper (27 citations), and the creation of a jumping robot with a self-righting mechanism (8 citations). He has systematically analyzed the dynamics of locust take-off, air posture righting, and the role of wings in flight stability, producing a body of work that has garnered over 130 total citations. Notably, his research on the "legs attitudes determination for bionic locust robot" and "dynamic model of landing buffer" provides foundational knowledge for designing resilient, agile robots capable of navigating complex terrains. Chen’s work is essential for students and researchers interested in the intersection of biomechanics, robotics, and control systems, offering a blueprint for creating robust, locust-inspired robots with superior jumping and landing capabilities.
Research Focus
Key Achievements
Top Papers
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- 3Mechanism of locust air posture adjustment16 citations · 2015
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- 6Prototype design and experimental study on locust air-posture righting11 citations · 2014
- 7Biomechanical and dynamic mechanism of locust take-off9 citations · 2014
- 8
- 9Analysis of wings effects on locust-like robot air posture4 citations · 2016