Papers
2
Total Citations
41
H-Index
2
About
Qiwen Yan is a materials scientist whose research focuses on smart, stimuli-responsive polymer composites for soft robotics and adaptive materials. Yan’s major contributions lie in designing double-network and hybrid films that exhibit programmable deformation under environmental triggers. In a seminal 2020 work, Yan developed pre-stretched agarose/polyacrylamide films that curl rapidly in response to humidity, combining shape-memory and self-healing properties—a breakthrough for moisture-driven actuators (26 citations). Earlier, Yan engineered thermo-responsive aluminum-polymer composite films (PAA-co-PMMA/Al) that enabled a soft robot creeper to move forward under alternating heating and cooling cycles (15 citations). These innovations demonstrate Yan’s ability to integrate mechanical stress, thermal sensitivity, and self-repair into practical, low-cost materials. By achieving controlled, reversible shape changes, Yan’s work advances the frontier of autonomous soft robots and smart surfaces. With a growing citation record, Yan is recognized for bridging polymer chemistry and bioinspired engineering, offering scalable solutions for next-generation actuators and sensors.
Research Focus
Key Achievements
Top Papers
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