Papers - Teramoto Koji

1. 工作物剛性の低下を伴うエンドミル加工における工作物変形挙動のモデル化

   寺本 孝司, 中尾 祐大朗, 日比野 悠椰，日本機械学会論文集，vol.89，(928)，2023.12

   

2. Statistical model comparison based on variation parameters for monitoring thermal deformation of workpiece in end-milling

   Mengmeng Yang, Feng Zhang, and Koji Teramoto，International Journal of Advcanced Manufacturing Technology，2023.09

   

3. Statistics-Based Measuring Point Selection for Monitoring the Thermal Deformation of a Workpiece in End-Milling

   Mengmeng Yang, Feng Zhang, and Koji Teramoto， International Journal of Automation Technology，vol.16，(5)，(p.562 ～ 571)，2022.09

   

4. On-machine Estimation of Workholding State for Thin-walled Parts

   Zeng, Jingkai, Teramoto, Koji, Matsumoto, Hiroki，International Journal of Automation Technology，vol.15，(6)，(p.860 ～ 867)，2021.11

   

5. Statistical Modelling of Machining Error for Model-based Elastomer End-milling

   Chainawakul, Adirake, Teramoto, Koji, Matsumoto, Hiroki，International Journal of Automation Technology，vol.15，(6)，(p.852 ～ 859)，2021.11

   

6. An Evaluation Criterion to Select Temperature Measurement Positions in End-Milling

   Dongjin Wu and Koji Teramoto，International Journal of Automation Technology，vol.12，(1)，(p.105 ～ 112)，2018.01

   

7. Analysis of cutting force in elastomer end milling

   Koji Teramoto, Takahiro Kunishima, Hiroki Matsumoto，International Journal of Automation Technology，vol.11，(6)，(p.958 ～ 963)，2017.11

   

8. On-Machine Estimation of Workpiece Deformation for Thin-Structured Parts Machining

   Koji Teramoto，International Journal of Automation Technology，vol.11，(6)，(p.978 ～ 983)，2017.11

   

9. Practical Education on Mechanical Design and Drafting at Muroran Institute of Technology : Groping Cooperation between Drafting Exercise and Machining Practice

   風間 俊治, 藤木 裕行, 松本 大樹, 寺本 孝司, 長船 康裕，設計工学，vol.47，(5)，(p.236 ～ 243)，2012.05

   

10. A basic study for tailor-made body-powered prosthetic hand

    Koji Teramoto, Shinya Yokota, Masashi Ishitani，Chiang Mai University Journal of Natural Sciences ，vol.10，(p.115 ～ 125)，2011.08

    

11. Development of Microrobot for Curved Hole Electrical Discharge Machining

    北 正彦，石田 徹，寺本 孝司，竹内芳美，Journal of the Japan Society for Precision Engineering，vol.75，(11)，(p.1355 ～ 1359)，2009.11

    

12. Development of an Electrode Motion Control Device for Curved Hole Electrical Discharge Machining

    Tohru Ishida, Yasuhito Miyake, Koji Teramoto, Yoshimi Takeuchi，International Journal of Automation Technology，vol.Vol.2，(No.6)，(p.447 ～ 456)，2008.11

    

13. Development of an Electrode Motion Control Device for Curved Hole Electrical Discharge Machining

    Tohru Ishida, Yasuhito Miyake, Koji Teramoto, Yoshimi Takeuchi，International Journal of Automation Technology，vol.Vol.2，(No.6)，(p.447 ～ 456)，2008.11

    

14. A framework of compositional machining simulation for versatile machining simulation

    Koji Teramoto, Jun'ichi Kaneko, Tohru Ishida, Yoshimi Takeuchi，JSME Journal of Advanced Mechanical Design, Systems, and Manufacturing，vol.2，(4)，(p.668 ～ 674)，2008.07

    

15. V-Shaped Microgrooving with Two Flat-Ends by 6-axis Control Machining

    守屋貴雅，石田 徹，寺本孝司，榎本俊之,竹内芳美，Journal of the Japan Society for Precision Engineering，vol.73，(10)，(p.1137 ～ 1141)，2007.10

    

16. General Tool Setting Error Compensation Method for 5-axis Control Ultraprecision Maghining

    園 真，石田 徹，寺本孝司，榎本俊之，竹内芳美，Journal of the Japan Society for Precision Engineering，vol.73，(10)，(p.1154 ～ 1158)，2007.10

    

17. Effective Tool Path Generation Method for Roughing in Multi-axis Control Machining

    梅原 猛，石田 徹，寺本孝司，竹内芳美，Transaction of the Japan Society of Mechanical Engineers，vol.73，(732)，(p.2387 ～ 2393)，2007.08

    

18. TM01-mode microwave propagation property analysis for plasmas with disk-plate windows by a finite-difference time-domain method

    Yoshimasa Okamura, Yoshito Yamamoto, Kazuhiro Fujita, Taiki Miyoshi, Koji Teramoto, Hideki Kawaguchi, Shin Kagami, Masakazu Furukawa，Journal of Vacuum Science & Technology A: Vacuum, Surfaces, and Films，vol.25，(4)，(p.816 ～ 823)，2007.04

    

19. Thermal state visualization of machining workpiece by means of sensor-configured heat conductive simulation

    Teramoto, K., Tanaka, R., Ishida, T., Takeuchi, Y.，JSME International Journal Series C，vol.49，(2)，(p.287 ～ 292)，2006

    

20. Life Cycle Simulation Considering Behavioral Preferences of Consumers and Suppliers

    田中将貴，小野里雅彦，寺本孝司，竹内芳美，Journal of the Japan Society for Precision Engineering，vol.72，(2)，(p.271 ～ 275)，2006