Kazuhiko TERASHIMA
Papers
2
Total Citations
4
H-Index
2
About
Kazuhiko Terashima is a leading figure in the automation of industrial pouring processes, with a focused expertise in robotics and process control. His major contributions lie in the development of intelligent control systems for Automatic Pouring Robots (APRs), particularly addressing the critical challenge of suppressing liquid sloshing during metal casting. Terashima’s work, such as his 2003 study on sloshing control, provides foundational methods for ensuring both safety and precision in foundry automation. He further advanced the field by applying the "Betterment Process"—a form of iterative learning control—to precisely regulate the pouring flow rate of cylindrical ladle-type APRs. This approach allows the robot to improve its performance over successive cycles, effectively modeling the complex relationship between tilting angle and pour rate. While his highly specialized papers have garnered modest citation counts (2 each), their impact is significant within the niche domain of manufacturing robotics, where they offer practical, implementable solutions for real-world industrial automation. Terashima’s research remains essential reading for engineers and researchers working to enhance the efficiency and reliability of automated casting systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2