Shuwei Huang

Papers

Total Citations

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About

Shuwei Huang is a researcher specializing in advanced welding processes and robotic automation for precision manufacturing. His primary research areas include gas metal arc welding (GMAW) process optimization, particularly the double-pulsed GMAW (DP-GMAW) technique, and the design of robotic systems for specialized environments such as ultrahigh vacuum wafer transfer. Huang’s major contribution lies in the systematic optimization of DP-GMAW parameters to achieve superior weld bead quality, notably the production of high-quality fish scale ripples on steel plates. His most cited work, "Process and Parameter Optimization of the Double-Pulsed GMAW Process" (2019, 20 citations), demonstrates how twinpulse XT DP control technology can be integrated with robotic operation to enhance weld surface aesthetics and mechanical integrity. This research has practical implications for industries requiring high-strength, visually appealing welds, such as automotive and aerospace manufacturing. Additionally, his earlier work on the power drive module for ultrahigh vacuum wafer-transfer robots (2010, 3 citations) highlights his versatility in mechatronics and clean-room automation. While his citation counts are modest, Huang’s focus on process refinement and robotic integration marks him as a contributor to the evolving field of intelligent manufacturing, where precision and repeatability are paramount.