Papers
18
Total Citations
254
H-Index
10
About
Haibin Yin is a robotics and mechanical engineering researcher whose work spans lightweight robotic arm design, soft robotics, smart material actuation, and flexible manipulator dynamics. His research has made significant strides in addressing the fundamental challenge of making robotic systems simultaneously lighter, safer, and more capable — particularly for human-robot coexistence in service environments. Yin's most influential contribution, a 2019 study on hybrid carbon fiber reinforced plastic and aluminum alloy robotic arm structures (54 citations), demonstrated practical solutions to balancing cost, weight, and manufacturability in arm design. Complementing this, his unified design framework for lightweight arms (2017) introduced parameterized structural and drive train optimization that has shaped subsequent engineering approaches in the field. A parallel research thread explores smart material actuation, with pioneering work on shape memory alloy (SMA)-based artificial muscles, variable stiffness robot fingers, and hybrid soft hands combining SMAs, motors, and electromagnets — reflecting his commitment to bio-inspired, adaptive robotics. His earlier investigations into flexible manipulator dynamics and decomposed control strategies (2011–2013) established foundational modeling techniques still referenced today. Across more than a decade of research, Yin has accumulated over 225 citations, marking him as a productive and influential voice in advanced robotic systems engineering.
Research Focus
Key Achievements
Top Papers
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- 5An overall structure optimization for a light-weight robotic arm19 citations · 2016
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