Zhengwei Fan
Papers
2
Total Citations
15
H-Index
2
About
Zhengwei Fan is a rising innovator in the fields of soft robotics and origami-inspired mechanical design, with a focus on bioinspired locomotion and deployable structures. His research centers on enhancing the flexibility, elongation, and movement capabilities of soft robots for applications in space target acquisition, disaster search and rescue, and unknown environment exploration. Fan’s major contributions include the development of an annelid-inspired, high-elongation origami robot that leverages partial material removal to achieve unprecedented bending angles and movement flexibility—a breakthrough published in 2022 that has already garnered 9 citations. He further advanced the field by systematically analyzing convex polygonal tubular origami structures based on Yoshimura patterns, creating a discrete splicing construction method that controls tubular circumference and establishing a formal construction function and solution process (2023, 6 citations). This work provides a foundational framework for designing morphologically diverse, deployable origami robots. Fan’s achievements demonstrate a unique synthesis of biological inspiration and geometric precision, positioning him as a key contributor to next-generation soft robotics. His research holds significant promise for adaptive, high-performance robotic systems in extreme environments.
Research Focus
Key Achievements
Top Papers
- 1
- 2