Liling Tang
Papers
1
Total Citations
2
H-Index
1
About
Liling Tang is a researcher whose work centers on the dynamic behavior and stability of soft smart materials, particularly dielectric elastomers (DEs). Her major contribution lies in advancing the theoretical understanding of how these materials perform under complex, time-varying electromechanical loads—a critical step for improving the reliability of soft actuators and robots. In her notable 2021 study, Tang developed a rigorous dynamics model to analyze the dynamic stability evolution of viscoelastic DEs with continuously varying electromechanical parameters. This work directly addresses a key challenge in the field: the onset of dynamic instabilities that can compromise device performance. By systematically exploring how material properties and loading conditions interact, her research provides a foundational framework for designing more robust and predictable DE-based systems. While her citation count is currently modest, the fundamental nature of her analytical approach positions her work as a valuable reference for engineers and scientists developing next-generation soft robotics and adaptive optics. Tang’s focus on bridging theoretical mechanics with practical material behavior marks her as a thoughtful contributor to the future of smart actuation technology.
Research Focus
Key Achievements
Top Papers
- 1