Zhenyun
Papers
1
Total Citations
10
H-Index
1
About
Zhenyun is a researcher specializing in aerospace robotics and intelligent manufacturing, with a particular focus on precision drilling end-effector design. Their major contribution lies in developing innovative mechanisms to enhance the quality and accuracy of aero-robotic drilling processes. In their most-cited work, "New design of a compact aero-robotic drilling end effector: An experimental analysis" (2016, 10 citations), Zhenyun introduced a novel normal adjustment cell (NAC) featuring an intelligent double-eccentric disk normal adjustment mechanism (2-EDNA). This design, combined with a spherical plain bearing and a floating compress module equipped with sensors, significantly improves vertical drilling quality by dynamically correcting tool alignment during operation. The work addresses critical challenges in aerospace manufacturing, where precise hole perpendicularity is essential for structural integrity and safety. While Zhenyun's citation impact is still growing, this research demonstrates their ability to solve real-world industrial problems through creative mechanical design and sensor integration. Their work contributes to advancing automated drilling systems used in aircraft assembly, offering practical solutions that enhance both productivity and quality control in high-stakes manufacturing environments.
Research Focus
Key Achievements
Top Papers
- 1