Fannian Meng
Papers
2
Total Citations
32
H-Index
2
About
Fannian Meng is a leading figure in the field of rehabilitation and bionic robotics, with a focus on developing novel mechanical systems for therapeutic and assistive applications. His research centers on the design and computational modeling of specialized robotic mechanisms, particularly for lower-limb rehabilitation and equine-assisted therapy. Meng’s major contributions include the development of an ankle joint auxiliary rehabilitation robot featuring a rigid-flexible hybrid drive based on a 2-S′PS′ mechanism, which enables precise control of dorsiflexion/plantarflexion and varus/valgus movements. This work, cited 17 times, addresses critical needs in post-stroke and injury recovery. Additionally, he has advanced the conceptual design of a single-leg system for a quadruped bionic horse robot driven by a cam-linkage mechanism, achieving two degrees of freedom to mimic natural gait patterns for therapeutic riding. Cited 15 times, this innovation demonstrates his ability to integrate biomechanics with mechanical design. Meng’s work is notable for its practical impact on rehabilitation technology, offering scalable solutions that bridge engineering and clinical therapy. His research continues to influence the development of accessible, efficient robotic aids for human mobility and recovery.
Research Focus
Key Achievements
Top Papers
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