Xiangning Lu

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About

Xiangning Lu is a researcher focused on the electromechanical dynamics of industrial robotic systems, with particular expertise in the torsional vibration and stability of robot joint transmission systems. His work addresses critical challenges in precision manufacturing by investigating how electromechanical coupling parameters influence the dynamic behavior of grinding robots. In his 2024 study, Lu explored the electromechanical coupling dynamical characteristics of grinding robot joint transmissions, providing foundational insights into the complex interactions between electrical and mechanical subsystems. Building on this, his 2025 paper delved deeper into torsional vibration characteristics and stability analysis under parameter excitation, offering a systematic framework for predicting and mitigating harmful vibrations in industrial robots. Both works have garnered early attention with 6 citations each, reflecting their relevance to the robotics and manufacturing communities. Lu’s contributions are particularly valuable for advancing the reliability and precision of automated grinding processes, where joint stability directly impacts product quality. His research bridges theoretical dynamics with practical engineering, making him a promising voice in the field of robot mechanics and electromechanical system design.