Wendong Liu
Papers
4
Total Citations
110
H-Index
4
About
Wendong Liu is a leading researcher in advanced functional materials, with a focus on biomimetic actuation, conductive polymers, and thermal management systems. His work centers on designing multi-responsive materials and enhancing the electrical and thermal performance of polymer composites. A major contribution is the development of a multi-stimuli-responsive biomimetic actuator using an asymmetric graphene-conjugated PEDOT:PSS gradient film, which achieves complex, life-like motions through simple drop casting—a breakthrough for soft robotics. Liu also pioneered a one-step ball-milling method to construct 3D graphene networks in liquid gallium, dramatically boosting thermal and electrical conductivity for next-generation electronics cooling. His studies on hot-pressing PEDOT:PSS films have provided a facile route to overcome the conductivity limitations of thick polymer films, directly impacting flexible electronics. With each of his top papers garnering over 30 citations, Liu’s innovations in creating highly oriented expanded graphite composites for advanced thermal management further underscore his influence. His work bridges fundamental materials science and practical device engineering, offering elegant solutions for actuation, heat dissipation, and energy efficiency.
Research Focus
Key Achievements
Top Papers
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