Dr. Guoxiao Yin | Flexible Sensors | Research Excellence Award
Assistant Researcher | Heze University | China
Dr. Guoxiao Yin is a recognized researcher in engineering science with strong expertise in Flexible Sensors, smart materials, soft robotic systems, and advanced sensing technologies, where Flexible Sensors form the core of his engineering contributions. His research integrates Flexible Sensors with ionic polymer metal composite systems to advance high performance engineering applications, and Flexible Sensors are consistently embedded in his experimental design, modeling strategies, and applied engineering innovation. Dr. Guoxiao Yin has authored more than twenty peer reviewed research publications with significant scholarly visibility, and his engineering work on Flexible Sensors has contributed to invention patents and collaborative engineering projects at national and provincial levels. Through interdisciplinary engineering collaboration, Flexible Sensors have been translated into practical sensing solutions with societal relevance in intelligent structures, adaptive robotics, and human machine interaction. His sustained engineering impact demonstrates leadership in Flexible Sensors development, validation, and application within global research networks, strengthening the role of Flexible Sensors in modern engineering systems and applied scientific advancement. ORCID Profile of 11 Documents. And Scopus profile of 192 Citations, 13 Documents, 7 h-index.
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Featured Publications
Multi-axis actuation of square rod-shaped IPMC actuators via fused deposition modeling
Smart Materials and Structures
IOPscience
Performance enhancement of Aquivion-based ionic polymer metal composites for cylindrical actuators
Journal of Bionic Engineering
Springer
Review on the research progress and application of IPMC sensors
Journal of Bionic Engineering
Springer
Polyvinyl chloride gel based electro-active switchable bio-inspired adhesive
Composites Part A: Applied Science and Manufacturing
ScienceDirect
Fabrication and performance analysis of high-performance cylindrical ionic polymer metal composite actuators with various diameters
Smart Materials and Structures
IOPscience