Yan-Ru Jiang

Huazhong University of Science and Technology

Papers

Total Citations

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About

Yan-Ru Jiang is a researcher specializing in manufacturing dynamics, with a particular focus on robotic machining and chatter detection. Their most-cited work, "On the existence of mode-coupling chatter in robotic milling based on chatter type indicators extracted by dynamic mode decomposition" (2024, 15 citations), introduces a novel approach to identifying and characterizing chatter—a destructive vibration phenomenon—in robotic milling processes. By employing dynamic mode decomposition, Jiang develops chatter type indicators that distinguish between different chatter mechanisms, including the elusive mode-coupling chatter. This contribution is significant for improving the stability, precision, and reliability of robotic machining, directly impacting industries like aerospace and automotive manufacturing. With 15 citations in a short time, Jiang’s work is gaining traction among researchers in machining dynamics and robotics. Their research bridges advanced signal processing and practical manufacturing challenges, offering tools to enhance process monitoring and control. Yan-Ru Jiang’s dedication to understanding chatter phenomena positions them as a rising voice in the field of manufacturing science, with potential to influence future automation and smart manufacturing systems.