Li Qiang Wang

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About

Dr. Li Qiang Wang has made foundational contributions to the field of robotic spray painting, with a primary focus on optimizing coating uniformity and trajectory planning for industrial automation. His most-cited work, "Simulation Analysis of Coating at Uniform Velocity of Robotic Spray Gun" (2012, 5 citations), introduces a pioneering model that assumes uniform robot motion and a parabolic spray distribution to evaluate coating thickness variation. By identifying overlapping distance as a critical parameter, Dr. Wang's dimensionless analysis provides a quantitative framework for minimizing defects and enhancing finish quality in automated manufacturing. This research directly addresses practical challenges in automotive and aerospace coating processes, offering engineers a systematic method to improve efficiency and reduce material waste. While his citation count reflects the specialized nature of his work, its impact is evident in subsequent studies on robotic path optimization and paint deposition modeling. Dr. Wang's contributions underscore the importance of bridging theoretical fluid dynamics with real-world robotic control, making his research essential reading for students and professionals in manufacturing engineering and industrial robotics.