Guanhua Feng

Chinese Academy of Sciences, Shenyang Ligong University

Papers

Total Citations

H-Index

About

Guanhua Feng is a robotics researcher whose work spans in-pipe robotic systems and space teleoperation, with a particular focus on developing practical, autonomous solutions for challenging engineering environments. Feng's most significant contribution lies in the design and advancement of in-pipe cleaning robots for large-diameter water pipelines — a historically underserved area where most existing systems were limited to inspection and routine maintenance rather than active cleaning. His 2020 paper introducing a wheeled, wall-pressing in-pipe robot that addresses critical challenges of traction force and obstacle-overcoming has garnered 31 citations, establishing it as a meaningful reference point in pipeline robotics research. Earlier work from 2016 further explored the motion stability dynamics of high-pressure water jet cleaning systems integrated into pipe-traversing robots, demonstrating a sustained commitment to this specialized domain. Beyond pipeline systems, Feng has contributed to space robotics through research on teleoperation experimentation and system evaluation frameworks, synthesizing key capabilities for comprehensive space teleoperation systems. His body of work reflects a consistent drive to bridge theoretical robotic design with real-world operational demands, making his research particularly valuable to engineers and students working at the intersection of autonomous systems and industrial infrastructure maintenance.