Changwan Zheng

Papers

Total Citations

H-Index

About

Changwan Zheng is a researcher focused on advancing robotic manufacturing and precision machining, with particular expertise in automated grinding and surface finishing technologies. His most cited work introduces a novel method for skateboard edge grinding that integrates robotic systems with pneumatic constant force grinding devices. Zheng’s key contribution lies in addressing the challenge of active compliance control during grinding processes—specifically, he proposed a hybrid position/force control approach that simplifies modeling and reduces algorithmic complexity, enabling more efficient and consistent material removal. This innovation has practical implications for industries requiring high-precision edge finishing, such as sports equipment manufacturing. While his citation count is modest, his work demonstrates a clear application-driven approach to robotics, blending mechanical design with control theory. Zheng’s research is particularly valuable for students and engineers exploring cost-effective automation solutions in surface processing, as it offers a streamlined alternative to traditional force-control methods. His findings contribute to the broader field of robotic machining, where balancing precision, adaptability, and simplicity remains a critical challenge.