Chenfeng Yuan
Papers
1
Total Citations
10
H-Index
1
About
Chenfeng Yuan is a researcher in robotic grasping and mechanical design, with a focus on underactuated mechanisms and adaptive manipulation. His key contributions center on developing innovative robotic hands that combine parallel and self-adaptive grasping capabilities, addressing a critical limitation in traditional designs: the inability to perform linear translation of the distal phalange. This feature is particularly valuable for grasping objects on flat surfaces without requiring manipulator motion, enhancing efficiency in real-world applications. His most-cited work, "LPSA underactuated mode of linearly parallel and self-adaptive grasping in the CLIS robot hand with Chebyshev linkage and idle stroke" (2017, 10 citations), introduces a novel underactuated grasping mode that integrates Chebyshev linkages and idle stroke mechanisms. This design achieves a unique blend of linear parallel motion and self-adaptive compliance, enabling versatile and stable grasps. Yuan's work has implications for service robotics, industrial automation, and assistive devices, where efficient and adaptable grasping is essential. His research continues to push the boundaries of underactuated robotic hands, offering practical solutions for complex manipulation tasks.
Research Focus
Key Achievements
Top Papers
- 1