Feifei Zhang

Chinese Academy of Sciences, Chang'an University

Papers

Total Citations

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About

Feifei Zhang is a versatile researcher whose work spans advanced manufacturing, smart materials, and robotics — fields that sit at the intersection of precision engineering and emerging technologies. Zhang's most recognized contribution lies in surface finishing optimization, where a 2020 study on robotic polishing applied Taguchi methods and ANOVA analysis to maximize polishing efficiency and torque control, earning 45 citations and offering practical frameworks for quality assurance in modern manufacturing industries. Building on expertise in smart materials, Zhang's 2021 work on flexible piezoelectric devices introduced an innovative continuous electrospinning approach to fabricate integrated sensors using polyurethane and silver nanowire electrodes — a contribution that has garnered 20 citations and holds significant promise for applications in electronic skin, foldable displays, and soft robotics. Complementing this portfolio, Zhang has also explored autonomous locomotion systems, developing kinematic correction strategies for multilegged walking robots to improve stability across uneven terrain. Collectively, Zhang's research reflects a coherent vision of intelligent, adaptive systems — from polished surfaces to self-sensing materials and agile robotic platforms — making their work highly relevant to students and engineers pursuing the next generation of smart manufacturing and robotics solutions.