Junichi HONGU
Papers
2
Total Citations
15
H-Index
2
About
Junichi Hongu is a researcher whose work bridges structural dynamics and precision metrology, with a focus on vibration control and high-accuracy measurement systems. His key research areas include active vibration mitigation for civil infrastructure and advanced contact-type sensing for micro-scale mechanical components. Hongu’s most notable contribution is the proposal of a novel control method for active mass dampers using a Central Pattern Generator (CPG), inspired by biological neural networks. This approach, detailed in his 2011 paper on structural vibration control by tuned mass dampers, offers a more adaptive and efficient strategy for reducing vibrations in high-rise buildings, bridges, and other structures, earning 11 citations. In precision engineering, Hongu developed a contact-type probe for measuring ultra-fine-pitch gears, enabling pseudo roughness evaluation with applications in micro-manufacturing and quality control, as described in his 2017 work (4 citations). His interdisciplinary work demonstrates a commitment to solving real-world engineering challenges, from enhancing structural resilience against dynamic loads to improving the accuracy of micro-gear inspections. Hongu’s research continues to influence both active control systems and precision measurement techniques.
Research Focus
Key Achievements
Top Papers
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- 2