Chengyu Jin

Papers

Total Citations

H-Index

About

Chengyu Jin is a robotics researcher whose work focuses on bio-inspired locomotion and rigid-flexible coupled mechanisms for in-pipe inspection and manipulation. His most notable contribution, the design and analysis of an earthworm-like robot, introduces a novel single-module system that combines a parallel crank-rocker mechanism for rigid radial expansion with steel wire ropes for axial contraction and spring-based flexible restoring elements. This innovative hybrid approach addresses key challenges in pipeline robotics, enabling adaptive and efficient movement within constrained environments. While his work is early in its citation impact, the 2025 paper represents a significant step forward in merging structural rigidity with biological flexibility, offering a promising foundation for future autonomous inspection systems. Jin’s research sits at the intersection of mechanical design, biomimetics, and soft robotics, with potential applications in industrial maintenance, search-and-rescue, and medical endoscopy. As his work gains recognition, it is poised to influence the next generation of versatile, earthworm-inspired robotic platforms.