Nanliang Chen
Papers
9
Total Citations
134
H-Index
4
About
Nanliang Chen is an emerging researcher specializing in soft robotics, smart materials, and responsive actuator systems, with particular expertise in liquid crystal elastomers (LCEs) and photo-thermal responsive technologies. His work sits at the dynamic intersection of materials science, textile engineering, and robotic actuation, addressing fundamental challenges in creating biomimetic systems that mimic the fluid movement of living organisms. Chen's most influential contributions include a comprehensive review of light-responsive soft actuators (47 citations) and pioneering work on braided liquid crystal elastomer fiber actuators designed for artificial muscles (45 citations), where he tackled critical limitations in tensile performance and actuation integration. His research on carbon-based photo-thermal sandwich actuators demonstrates his practical engineering approach, delivering low-cost, high-performance solutions for wireless-controlled soft robots. More recently, Chen has pushed boundaries through electrothermal LCE twisted yarn actuators offering large torque and rapid response, and innovative deep learning-integrated asymmetric braided artificial muscles that enable precise controllability under diverse conditions. His exploration of tunable, disperse-dyed LCE fibers for smart textiles reflects a compelling vision for programmable wearable technology. With a growing citation record exceeding 130 citations across focused, high-impact research, Chen represents a compelling voice in next-generation intelligent materials and soft robotics.
Research Focus
Key Achievements
Top Papers
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