Papers
3
Total Citations
42
H-Index
3
About
Haoyan Liu is a rising researcher at the intersection of soft robotics, intelligent materials, and human-robot interaction. Their most impactful work centers on **self-healing materials for electronic skin (e-skin)**—a transformative technology that enables wearable sensors to autonomously repair physical or chemical damage, dramatically extending device lifespan and reliability. Liu’s 2022 review on this topic, with 35 citations, systematically maps the mechanisms, development, and applications of self-healing e-skins, providing a foundational resource for the field. More recently, Liu has advanced **adaptive safety-critical control** for collaborative robots, introducing a variable task energy tank that ensures safe operation in dynamic environments (2025, 4 citations). They have also tackled **telerobotic manufacturing** under variable time delays, developing scaled non-passive force tracking methods to maintain precise environmental interaction (2025, 3 citations). These contributions demonstrate a clear trajectory toward making robots safer, more resilient, and more responsive in real-world settings. Liu’s work is particularly notable for bridging material science and control theory, offering practical solutions for next-generation human-robot collaboration.
Research Focus
Key Achievements
Top Papers
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