Zhang Jialei

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About

Zhang Jialei is a researcher specializing in advanced manufacturing and robotic-assisted assembly systems, with a particular focus on pneumatic percussive riveting technologies. Their most-cited work, "Squeezing force detection and signal processing for robot assisted pneumatic percussive riveting system" (2020), has garnered 7 citations, establishing a foundation for precision control in automated riveting processes. This contribution addresses critical challenges in force sensing and signal interpretation, enabling robots to execute complex assembly tasks with enhanced accuracy and reliability. Zhang’s research bridges mechanical engineering, sensor technology, and automation, offering practical solutions for industries like aerospace and automotive manufacturing where high-strength joints are essential. By developing methods to detect and process squeezing forces in real time, their work improves quality assurance and reduces human error in production lines. Though early in their career, Zhang’s focused contributions to robotic assembly systems demonstrate a clear trajectory toward advancing intelligent manufacturing. Their findings are particularly valuable for engineers and researchers seeking to optimize force-controlled operations in collaborative robotics, making Zhang Jialei a promising voice in the evolution of automated industrial processes.