Guozheng Chang
Papers
3
Total Citations
41
H-Index
3
About
Guozheng Chang focuses on the intersection of agricultural robotics, post-harvest engineering, and mechatronics education. His primary research addresses the critical challenge of mechanical damage to fresh grape clusters during automated harvesting and handling. Chang’s major contributions include pioneering experimental analyses of vibration signals in grape clusters during transport and placement, as well as developing theoretical models for hanging force analysis to minimize vibration in high-speed robotic handling. His work directly targets the problem of berry shattering, a key factor affecting fruit quality and shelf life from harvest to supermarket. With two highly cited papers from 2021 each garnering 19 citations, his research has quickly gained recognition for its practical impact on reducing post-harvest losses. Earlier in his career, Chang also contributed to engineering education by exploring the integration of Fischertechnik bricks into undergraduate mechatronics courses, demonstrating a commitment to hands-on learning. Through his focused work on vibration dynamics and robotic handling, Chang is helping to advance the precision and gentleness of automated agricultural systems.
Research Focus
Key Achievements
Top Papers
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