Xi Shi

University of Illinois Urbana-Champaign, Shanghai Jiao Tong University, Chinese University of Hong Kong

Papers

Total Citations

233

H-Index

About

Dr. Xi Shi is a pioneering researcher in mechanical and robotic engineering, whose work bridges the critical gap between microscale contact mechanics and intelligent wearable systems. Her foundational research focuses on the precise measurement and modeling of contact interfaces, particularly her highly influential 2005 paper on "Measurement and Modeling of Normal Contact Stiffness and Contact Damping at the Meso Scale," which has garnered 196 citations. This work provides essential frameworks for understanding how surface roughness affects mechanical joints, clamping devices, and robotic contacts—knowledge vital for precision engineering and robotics. Dr. Shi’s impact extends into cutting-edge sensor technology, as demonstrated by her 2023 study on "Model-driven triboelectric sensors for multidimensional tactile perception," which advances haptic feedback systems. Demonstrating remarkable foresight, she also conceptualized a "Wearable Translation Robot" in 2006, an intelligent glasses system for real-time multilingual translation, anticipating the current boom in augmented reality and wearable AI. Through her diverse contributions—from contact damping models to smart wearables—Dr. Shi has established herself as a versatile innovator, shaping both the theoretical foundations and practical applications of modern mechanical and robotic systems.