Jianfeng Xu
Papers
1
Total Citations
2
H-Index
1
About
Jianfeng Xu is a researcher specializing in precision optical manufacturing, with a particular focus on robotic polishing technologies and advanced optical materials. His work centers on developing sophisticated material removal models and optimizing process parameters for high-precision optical components, including challenging infrared materials such as multispectral zinc sulfide (M-ZnS). Xu's most notable contribution lies in bridging computational simulation with experimental validation to advance automated polishing systems. By employing finite element analysis and numerical simulation methods, he has refined removal function models for robotic polishing processes, achieving central relative deviations of less than 8% between simulated and experimental data — a level of accuracy that demonstrates the practical reliability of his modeling approach. His research has yielded concrete, actionable process parameter recommendations, such as optimized pressure ranges and rotational speed ratios for pitch polishing tools, directly supporting the goal of high-precision, cost-effective, and scalable manufacturing of optical elements. Though his citation record is still emerging — reflecting the recency of his published output — Xu's work addresses a genuinely pressing challenge in modern optics manufacturing: replacing costly, time-intensive manual polishing with intelligent robotic systems. His contributions position him as a promising voice in precision engineering and automated optical fabrication.
Research Focus
Key Achievements
Top Papers
- 1