Papers - Teramoto Koji

Division display  21 - 38 of about 38 /  All the affair displays >>
  1. 5-Axis Control Tool Path Generation Using Curved Surface Interpolation

    森川真寿,石田 徹,寺本孝司,竹内芳美,Transaction of the Japan Society of Mechanical Engineers,vol.72,(713),(p.255 ~ 260),2006

  2. Tool Posture Determination for 5-axis Control Machining by Area Division Method

    Umehara, T., Teramoto, K., Ishida, T. and Takeuchi, Y.,JSME International Journal Series C,vol.49,(1),(p.35 ~ 42),2006

  3. Curved Interpolation CL Data Creation for 5-axis Control Machining Expressed by Non-Uniform B-Spline

    富永有機,寺本孝司,石田徹,本田尚義,竹内芳美,Transaction of the Japan Society of Mechanical Engineers,vol.72,(719),(p.2286 ~ 2292),2006

  4. An implicit shape estimation method for cutting force prediction in end-milling : Calculation of undeformed chip thickness based on tool swept volumes

    金子純一,寺本孝司,堀尾健一郎,竹内芳美,Journal of the Japan Society for Precision Engineering,vol.72,(2),(p.229 ~ 223),2006

  5. Cutting Force Prediction in End Milling with Small Depth of Cut in Consideration of Cutting Situation Change : Prediction of Cutting Error in Case of Square End Mill with a Helical Flute (2nd Report)

    金子純一,寺本孝司,小野里雅彦,竹内芳美,Journal of the Japan Society for Precision Engineering,vol.70,(3),(p.423 ~ 427),2004

  6. Coordinative Operation Planningfor End Milling

    寺本孝司,小野里雅彦,Transaction of the Japan Society of Mechanical Engineers,vol.70,(694),(p.1824 ~ 1829),2004

  7. Development of Active Knowledge Archives based on Virtual Manufacturing Systems

    Onosato, M., Asao, Y., Ye, H, Teramoto, K.,CIRP Journal of Manufacturing Systems,vol.33,(2),(p.151 ~ 159),2004

  8. Configuration of Task Support Environment for the Enhancement of Machining Skills

    Teramoto, K., Onosato, M.,CIRP Journal of Manufacturing Systems,vol.33,(4),(p.355 ~ 361),2004

  9. Accurate Prediction of Cutting Force in Ball End Milling based on Model Learning

    寺本孝司,小野里雅彦,Journal of the Japan Society for Precision Engineering,vol.69,(8),(p.1098 ~ 1103),2003

  10. Cutting Force Prediction in End Milling with Small Depth of Cut in Consideration of Cutting Situation Change : In Case of Straight Flute End Mill (1 st Report)

    金子純一,寺本孝司,小野里雅彦,竹内芳美,Journal of the Japan Society for Precision Engineering,vol.69,(11),(p.1605 ~ 1609),2003

  11. A Framework of Human-Computer Collaboration for Situation Conscious Operation Planning

    Teramoto, K., Onosato, M., Iwata, K.,CIRP Journal of Manufacturing Systems,vol.31,(3),(p.235 ~ 240),2002

  12. Working in a Digital Factory: Interface between Human and Virtual Manufacturing Systems

    Onosato, M., Osaki, S., Nitano, M., Teramoto, K., Iwata, K.,CIRP Journal of Manufacturing Systems,vol.29,(3),(p.271 ~ 275),1999

  13. Coordinative generation of machining and fixturing plans by a modularized problem solver

    Teramoto, K., Onosato, M., Iwata, K.,,Annals of the CIRP,vol.47,(1),(p.437 ~ 440),1998

  14. Proficient Machine Systems: A Proposal of New Research Frontiers for Manufacturing in The 21st Century

    Iwata, K., Onosato, M., Teramoto, K.,CIRP Journal of Manufacturing Systems,vol.27,(1),(p.17 ~ 22),1998

  15. Development of Novel Assembly Machine based on Human Skill and Dexterity - Adaptive Motion Control utilizing Contacts among Assembly Parts

    Iwata, K., Hirai, S., Teramoto, K., Tsuchiya, S., and Matsumoto, K.,CIRP Journal of Manufacturing Systems,vol.26,(2),(p.75 ~ 80),1997

  16. An Architecture for Form Feature Modeling for Concurrent, Cooperative and Consistent Product Design

    Iwata, K., Onosato, M., Teramoto, K. and Seo,JSME International Journal Series C,vol.40,(3),(p.533 ~ 539),1997

  17. Virtual Manufacturing Systems as Advanced Information Infrastructure for Integrating Manufacturing Resources and Activities

    Iwata, K., Onosato, M., Teramoto, K., and Osaki, S.,Annals of the CIRP,vol.46,(1),(p.335 ~ 338),1997

  18. A Modelling and Simulation Architecture for Virtual Manufacturing Systems

    Iwata, K., Onosato, M., Teramoto, K., and Osaki, S.,Annals of the CIRP,vol.44,(1),(p.399 ~ 402),1995

To the head of this page.▲