Linan Li
Papers
2
Total Citations
31
H-Index
2
About
Linan Li is a researcher whose work bridges experimental mechanics and numerical simulation, with a primary focus on the mechanical behavior of soft and hyperelastic materials. Their key research areas include the deformation and failure of textured structures, as well as the fundamental physics of friction at soft interfaces. Li’s most-cited paper, "Experimental and numerical investigation of bulging behaviour of hyperelastic textured tubes" (2016, 24 citations), provides critical insights into how surface textures influence the bulging and stability of soft tubes, combining rigorous experiments with computational modeling. This work has implications for biomedical devices and soft robotics. More recently, Li has explored the subtle mechanics of friction in "Does static friction information predict the onset of sliding for soft material?" (2024, 7 citations), a study that challenges conventional understanding by investigating whether pre-sliding friction signals can reliably forecast when a soft material will begin to slide. This research is foundational for improving tactile sensing and haptic technologies. Through these contributions, Li is advancing the understanding of soft matter mechanics, with applications ranging from flexible electronics to biomimetic systems.
Research Focus
Key Achievements
Top Papers
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