Papers
5
Total Citations
143
H-Index
4
About
Changeng Zhang is a leading innovator in the development of bio-inspired soft sensors and intelligent tactile systems, with a research focus on flexible pressure sensing, magnetostrictive transduction, and artificial skin technologies. Their most influential work, a 2023 study on dielectric gels with microphase separation for wide-range, self-damping pressure sensing (63 citations), addresses the critical challenge of vibration interference in flexible sensors, enabling stable, long-lasting performance. Zhang’s 2021 development of colorimetric ionic organohydrogels (37 citations) mimics human skin’s dual ability to sense mechanical stimuli via electrical signals and visually indicate injury through color change, advancing wearable devices and soft robotics. Earlier, Zhang pioneered a bio-inspired magnetostrictive tactile sensor (2019, 32 citations) that replicates human active touch for surface material recognition, demonstrating significant potential in robotics and object identification. With additional work on structural design and finite element analysis of magnetostrictive actuators, Zhang’s contributions bridge materials science and robotics, earning recognition for creating multifunctional, durable sensing platforms. Their research, totaling over 140 citations, is shaping next-generation tactile interfaces for healthcare, human-machine interaction, and autonomous systems.
Research Focus
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Top Papers
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