Papers
6
Total Citations
101
H-Index
4
About
HengAn Wu is pioneering the frontier of bio-inspired soft robotics and intelligent materials, with a focus on creating multifunctional systems that mimic and surpass natural capabilities. Their work spans three transformative areas: Marangoni-effect propulsion, biomimetic somatosensory systems, and adaptive soft robotic structures. Wu’s most-cited paper (2023, 52 citations) introduces high-performance Marangoni hydrogel rotors with asymmetric porosity, achieving unprecedented rotation output and fuel economy for miniature propulsion and power generation. In 2024, they developed biomimetic multimodal receptors for electronic skin (29 citations), overcoming the limitations of traditional 2D e-skin by enabling comprehensive stimulus feedback for healthcare and human-machine interaction. Their bio-inspired magnetic soft robotic fish (2024, 10 citations) integrates solar-driven water purification with soft robotic locomotion, addressing global water scarcity. Wu’s recent work (2025) on curved-beam programming for shape-morphing lattice structures and discrete differential geometry for bilayer soft robots demonstrates their commitment to theoretical modeling and practical innovation. With a growing citation impact exceeding 100 total citations, Wu is establishing themselves as a leading voice in soft robotics, merging materials science, mechanics, and biomimicry to solve real-world challenges.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4
- 5
- 6