Peng Zong
Papers
1
Total Citations
4
H-Index
1
About
Peng Zong is a researcher focused on precision mechanical systems and vibration analysis, with a particular emphasis on improving the performance of industrial robots. His key research areas include torsional vibration dynamics, defect detection, and harmonic drive systems—critical components in robotic articulation. His most notable contribution, the 2019 paper "Defect elimination in torsional harmonic reducer based on harmonic resonance," introduces a novel torsional vibration test method and signal analysis technique for harmonic reducers, which are commonly used in the fifth and sixth axes of industrial robots. This work addresses how torsional vibrations degrade mechanical performance and offers a pathway to eliminate defects by leveraging harmonic resonance principles. While his citation count of 4 reflects a focused, emerging impact, the study provides foundational insights for enhancing robot precision and reliability. Zong’s research bridges theoretical vibration mechanics with practical robotic applications, making it valuable for engineers and researchers working on high-accuracy automation systems. His work underscores the importance of signal analysis in diagnosing and mitigating mechanical flaws, contributing to the advancement of robust robotic components.
Research Focus
Key Achievements
Top Papers
- 1