Wenli An
Papers
1
Total Citations
113
H-Index
1
About
Wenli An is a leading researcher in smart hydrogels and bioinspired soft actuators, with a focus on designing responsive materials that function in challenging environments. Their most cited work, "Rapid Recovery Hydrogel Actuators in Air with Bionic Large-Ranged Gradient Structure" (2018, 113 citations), addresses a critical bottleneck in hydrogel technology: the slow recovery of actuators in nonaqueous conditions. By fabricating a temperature-responsive hydrogel with a bionic, large-ranged gradient structure, An achieved outstandingly rapid recovery in air, mimicking natural movement systems. This breakthrough not only advances the fundamental understanding of gradient-structured polymers but also opens new pathways for soft robotics, artificial muscles, and adaptive devices. An’s contributions are widely recognized, with their work serving as a key reference for researchers developing high-performance, environment-adaptive materials. Their innovative approach to combining biomimicry with polymer chemistry continues to inspire next-generation actuators that operate reliably outside liquid environments, marking An as a pivotal figure in the evolution of intelligent soft matter.
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