Research field (2)：
Machine elements and tribology
, Design engineering
Research keywords (1)：
Technical product documentation, Geometrical specifications and verification, 3D design, Standardication
Research theme for competitive and other funds (4)：
2014 - 2016 Quantification of influence for external vibration to the life of small ball bearing
2010 - 2012 Curriculum development on an individual base in terms of the quality assurance of bachelor education designed for Undergraduate Courses in Science
2012 - 共同・受託研究等契約
2011 - 共同・受託研究等契約
Papers (42)：
Shinya SUZUKI, Tohru KANADA. Analysis of Assembly Variation between Two Parts Constrained using Hole and Boss Features (2nd Report, Derivation of the Diameter of the Circle Circumscribing the Rattling Area). Journal of Japan Society for Design Engineering. 2022. 57. 12. 607-620
R. Yamaguchi, T. Kanada, K. Ohsaki. Fundamental development of motion control program for dog-type robot "aibo" to improve therapy/healing effect. 関東学院大学理工学部/建築・環境学部研究報告. 2021. 64. 57-71
Da LIU, Yasushi UMEDA, Yoshio HORIUCHI, Osamu TAKAI, Tohru KANADA. DLC Film Formation Method with High Adhesion and Abrasion Resistance on ABS Resin. The 11th International Sympojium on Materials Science and Surface Technology 2022 (MSST 2022). 2022. PA06
Mahiro MATSUURA, Katsuhiko TASHIRO, Yasushi UMEDA, Hideo HONMA, Osamu TAKAI, Tohru KANADA. Bath Life Extension by Zinc Decrease from Electroless NiP Plating Solution for Aluminum Alloy. The 11th Internationla Sympojium on Material Science and Surface Technology 2022 (MSST 2022). 2022. PA03
Fan MO, Tasushi UMEDA, Hideo HONMA, Katsuhiko TASHIRO, Tohru KANADA. High-Speed Plating with Nickel Sulfamate Bath by Pulsed Current. The 11th International Sympojium on Materials Science and Surface Technology 2022 (MSST 2022)PA0. 2022. PA02
Kai OSAKI, Tohru KANADA. Trial production of face expression recognition system to improve healing effect using aibo. 2022. 1P3-G01
