Deping Yu

Papers

Total Citations

H-Index

About

Deping Yu is a robotics and manufacturing engineer whose work bridges the gap between autonomous systems and industrial precision. His primary research areas include climbing robotics for infrastructure maintenance and advanced manufacturing processes, particularly in thermal spray coating technologies. Yu’s most notable contribution is the development of “Pylon-Climber,” a novel climbing assistive robot designed to scale the corner columns of electricity pylons. This robot, detailed in his 2017 paper (13 citations), assists electricians in performing high-risk maintenance tasks, addressing critical safety and accessibility challenges in power grid infrastructure. The work demonstrates innovative mechanical design and control strategies for pole climbing robots (PCRs), setting a foundation for future autonomous inspection systems. More recently, Yu has advanced manufacturing science by modeling multivariate coating thickness distribution in plasma spraying, accounting for asymmetrical spatial powder distribution (2024, 2 citations). This research improves the uniformity and quality of thermal spray coatings, which are vital for protecting components in aerospace, energy, and industrial applications. Though his citation numbers are modest, Yu’s contributions are highly specialized and practical, directly impacting worker safety and manufacturing efficiency. His work exemplifies how robotics and process modeling can solve real-world engineering problems, making him a valuable researcher in applied mechanical engineering.