Papers
2
Total Citations
6
H-Index
2
About
Wentao Li is a researcher focused on the intersection of robotic machining dynamics and precision metrology, with key contributions to improving the stability and accuracy of industrial robotic systems. His most cited work, "Analysis of Tool Tip Dynamic Characteristics and Stability Prediction for Robotic Milling Tasks" (2022, 3 citations), addresses a critical challenge in large-scale component manufacturing: chatter vibration caused by low robot stiffness and complex end-effector configurations. Li developed a novel method for predicting tool tip frequency response functions (FRFs) using a weighted superposition approach based on nonlinear least squares, enabling stability predictions across arbitrary robot poses without extensive experimental setups. This work directly enhances surface quality in robotic milling through optimized machining parameters. Additionally, his earlier research, "Research on the Principle of Six Degree-of-Freedom Laser Tracker Metrology" (2016, 3 citations), demonstrates his versatility in precision measurement systems. Li's contributions are particularly impactful for aerospace and automotive industries requiring high-accuracy machining of large, complex components. His innovative FRF prediction method reduces experimental burden while expanding practical applicability, marking a significant step toward more reliable and efficient robotic manufacturing processes.
Research Focus
Key Achievements
Top Papers
- 1
- 2