Yonggang Zou

Changchun University of Science and Technology

Papers

Total Citations

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About

Dr. Yonggang Zou is a leading researcher in bio-inspired flexible electronics and advanced sensor systems, with a particular focus on micro-/nano-structured tactile sensors and thermal flow sensing technologies. His most cited work, a 2024 review on bio-inspired micro-/nano-structures for flexible tactile sensors (18 citations), comprehensively examines the development of sensors capable of detecting pressure, strain, and multiple integrated functions, envisioning transformative applications in electronic skin, human–computer interaction, and bionic robotics. Dr. Zou has also made significant contributions to thermal flow sensing, as demonstrated by his 2019 paper on dual-coordinate self-examined thermal flow sensor arrays based on longitudinal heat conduction (12 citations). This work addresses the growing demand for precise two-dimensional gas-flow vector detection in critical fields such as wind energy utilization, hazardous chemical detection, automotive systems, intelligent robotics, and unmanned aerial vehicles. By advancing the fabrication and characterization of these sensor arrays, Dr. Zou has enabled more accurate and reliable flow measurement across full angular ranges. His research sits at the intersection of materials science, micro-fabrication, and applied physics, driving innovations that bridge fundamental sensor design with real-world technological needs.