Papers
9
Total Citations
212
H-Index
6
About
Dunwen Wei is a multidisciplinary researcher whose work bridges two fascinating domains: advanced smart materials and bio-inspired robotics. In the realm of smart polymers, Wei has made significant contributions to reversible shape-memory polymer (RSMP) composites, pioneering strategies for integrating functional fillers to create multiresponsive actuators capable of responding to both electrical and light stimuli. His 2019 paper on electro- and light-active actuators has garnered over 100 citations, establishing him as a leading voice in this field. Subsequent work has expanded these foundations, exploring self-sensing actuators with tunable stiffness and vitrimer systems with dynamic covalent networks for enhanced force storage and work output. Parallel to this materials-focused research, Wei has pursued a sustained interest in bio-inspired locomotion systems. Drawing inspiration from locusts and other biological systems, he has designed jumping robots and elastic actuators optimized for agility, stability, and energy efficiency in unstructured environments—work with clear applications in search-and-rescue scenarios. His more recent multi-configuration elastic actuator research reflects a maturing synthesis of both research threads, targeting high-performance robotic systems where energy modulation and safety are paramount. Across these contributions, Wei's cumulative citation record underscores his growing influence at the intersection of materials science and intelligent robotics.
Research Focus
Key Achievements
Top Papers
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- 4Research on one Bio-inspired Jumping Locomotion Robot for Search and Rescue15 citations · 2014
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- 7A bionic hopping mechanism for over-obstacle3 citations · 2009
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