Jiangkun Shang

Commercial Aircraft Corporation of China (China)

Papers

Total Citations

H-Index

About

Jiangkun Shang is a robotics researcher whose work spans industrial climbing robots and flexible cable-driven systems for confined spaces. His early research introduced novel solutions to design problems in industrial climbing robots (2006, 11 citations), addressing critical challenges in automated vertical surface operations. More recently, Shang has advanced the field of cable-driven robotics with a focus on narrow-space applications, particularly in aerospace engineering. His 2025 paper on cable tension minimization for redundant cable-driven robots with flexible end effectors (2 citations) proposes innovative design and optimization methods that enable precise manipulation in constrained environments where traditional rigid robots cannot operate. This work tackles fundamental challenges in balancing cable tensions while maintaining end-effector flexibility, offering practical solutions for aerospace maintenance and assembly tasks. Shang’s research demonstrates a sustained commitment to solving real-world industrial problems through robotic innovation, bridging the gap between theoretical mechanics and practical deployment in challenging operational contexts.