Xiu Mei Wu
Papers
1
Total Citations
2
H-Index
1
About
Xiu Mei Wu is a researcher whose work centers on the precision control of industrial robotic systems, with a particular focus on welding automation. Her key contributions lie in the modeling and robust control of welding wire feed systems, which are critical for ensuring consistent weld quality in metal fabrication. In her most cited paper, "Robust Speed Control Algorithm of Welding Wire Feed System Based on the State Space Model" (2014), Wu addresses the challenge of stabilizing wire feed speed under variable resistance, proposing a state-space-based control algorithm to enhance system reliability. Though her citation count remains modest—with this work garnering 2 citations—her research addresses a practical bottleneck in welding robotics: the need for accurate, disturbance-resistant feed mechanisms. Wu’s work is notable for bridging theoretical control engineering with real-world manufacturing demands, offering a foundation for improving robotic welding precision. Her contributions are particularly relevant for researchers and engineers seeking to optimize automated welding processes in metalworking industries.
Research Focus
Key Achievements
Top Papers
- 1