Lu Sheng Zhu
Papers
1
Total Citations
3
H-Index
1
About
Lu Sheng Zhu is a researcher focused on manufacturing process optimization, particularly in robotic roller hemming for automotive and industrial applications. His key research area lies in precision forming and assembly, where he investigates how process parameters affect product quality. His most notable contribution is a 2013 study on the influence of TCP-RTP distance in roller hemming, which used orthogonal experiments to systematically analyze how this parameter impacts accuracy. The work provides practical guidance for optimizing robotic hemming operations, helping manufacturers improve product consistency and reduce defects. Though his citation count is modest at three, the study serves as a foundational reference for engineers seeking to refine hemming processes. Zhu’s research bridges the gap between theoretical parameter analysis and real-world manufacturing, offering actionable insights for process control. His work is particularly valuable for students and practitioners in mechanical engineering and robotics, demonstrating how targeted experimentation can solve complex industrial challenges. By focusing on a specific, high-impact parameter, Zhu contributes to the broader goal of enhancing automation precision in sheet metal assembly.
Research Focus
Key Achievements
Top Papers
- 1