Kazunori Minaki
Papers
1
Total Citations
2
H-Index
1
About
Kazunori Minaki’s research centers on precision engineering, micro-mechanical systems, and tribology—the study of friction, wear, and lubrication at small scales. His most cited work, “Coefficient of Friction about Small Sliding Surface Using Photo-fabrication” (2004, 2 citations), investigates how surface properties influence friction in miniature structures used in machine tools, medical devices, and robotics. Minaki’s key contribution lies in applying neural network design to optimize sliding surfaces for micro-scale applications, addressing the growing need for high precision in compact systems. His work highlights the critical shift from volume-dominated to surface-dominated behavior as devices shrink, offering practical insights for engineers designing reliable micro-components. Though his citation count is modest, Minaki’s research is foundational for fields like micro-manufacturing and medical instrumentation, where even minute frictional variations can impact performance. His integration of photo-fabrication techniques with computational modeling demonstrates a forward-thinking approach to solving real-world challenges in miniaturization. For students and researchers exploring tribology or micro-engineering, Minaki’s work provides a clear example of how surface science and machine learning converge to advance precision technology.
Research Focus
Key Achievements
Top Papers
- 1