Zhao Niu

Hefei University of Technology, System Equipment (China)

Papers

Total Citations

H-Index

About

Zhao Niu is a researcher specializing in advanced manufacturing and robotic assembly processes, with a particular focus on roller hemming technology for automotive body closures. His work centers on optimizing the precision and quality of robot-driven hemming operations—a critical process for forming hoods, doors, and trunk lids in vehicle production. Niu’s major contributions include systematic investigations into process parameters that influence product accuracy, such as TCP-RTP distance, using orthogonal experiments to guide industrial practice. His 2014 paper on robot rope hemming of the hood (4 citations) and his 2013 study on roller hemming quality (3 citations) provide foundational insights for improving automation flexibility and assembly reliability. Additionally, Niu has explored calibration techniques for robot vision systems (2012, 2 citations), enhancing robots’ adaptability by establishing coordinate relationships between car bodies, cameras, and robotic arms. Though his citation counts are modest, his research addresses practical challenges in high-precision automotive manufacturing, offering valuable guidance for engineers seeking to optimize robotic assembly lines. Niu’s work underscores the importance of parameter control and vision calibration in achieving robust, automated production processes.