Chengming Jiang
Dalian University of Technology, PLA Army Engineering University
Papers
8
Total Citations
197
H-Index
5
About
Dr. Chengming Jiang is a leading innovator in flexible electronics and human-machine interfaces, whose work bridges the gap between tactile sensing and interactive displays. His research centers on developing stretchable, high-performance haptic systems that can visualize pressure in real time. Dr. Jiang’s major contributions include the creation of an ultra-fast, flexible piezo-electrochromic tactile sensing display (66 citations), which offers sharp contrast for responsive visual feedback, and a hyaline, stretchable haptic interface using serpentine silver nanofiber networks (52 citations), enabling transparent and comfortable wearable devices. He also pioneered a high-dynamic-range pressure mapping system using dual piezo-phototronic transistors and piezo-OLED gates (16 citations), achieving exceptional sensitivity for robotic and medical applications. Beyond sensing, Dr. Jiang has explored soft robotics with a paper-like, foldable shape memory wood actuator that responds to water and thermal stimuli (6 citations). His work on triboelectric nanogenerators and piezo-OLEDs further showcases his ability to integrate energy harvesting with light emission. With over 190 citations across his most influential papers, Dr. Jiang’s research is shaping the future of interactive electronics, from smart skins to bionic robots.
Research Focus
Key Achievements
Top Papers
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- 3Flexible pressure visualization equipment for human-computer interaction45 citations · 2023
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