Ruisen Yang
Papers
3
Total Citations
200
H-Index
3
About
Ruisen Yang is a leading figure in the mechanics and design of soft materials, with a focus on elastomers, gels, and their applications in soft robotics and tactile sensing. His work bridges fundamental mechanics and functional device design. Yang’s most influential contribution is a constitutive model that captures both viscoelasticity and the Mullins effect in soft materials—a critical framework for predicting the stress-softening behavior of elastomers under cyclic loading, which has garnered 96 citations. In parallel, he pioneered the development of **dielectric gels**, achieving an unprecedented combination of ultra-high dielectric constant, low elastic modulus, and excellent transparency (90 citations). This breakthrough overcomes long-standing trade-offs in polymer-based dielectrics, enabling highly sensitive, stretchable capacitive tactile sensors for wearable electronics. Yang’s research is distinguished by its integration of rigorous mechanical theory with materials innovation, producing both fundamental understanding and practical device platforms. His work on transparent, highly stretchable dielectric gels has opened new avenues for soft, skin-like sensors, demonstrating strong potential for next-generation human-machine interfaces and soft robotics.
Research Focus
Key Achievements
Top Papers
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