Research field (1):
Manufacturing and production engineering
Research keywords (3):
精密工学
, 振動応用
, 技術者教育
Research theme for competitive and other funds (10):
2017 - 2022 Proposal and its verification of novel evaluation/ design method of Japanese sword based on scientific elucidation for beauty
2008 - 2010 Development of vibratory OD-blade slicing method with high efficiency and long tool life for composite materials
2006 - 2007 Development of High Accuracy Process Technique in 4-way System Diamond Pellets Grinding
2003 - 2004 Relationship Between Slurry Actions in Slicing Grooves and Slicing Characteristics at Multi-Wire Saw to slice semiconductor materials
2000 - 2001 Development of ID-blade saw using elliptical vibration
1999 - 2001 Development of high speed processing silicon slicer using diamond wire tool
1996 - 1997 Study on development of electrodeposited diamond wire tool which ensures high machining efficiency and longer life of tool
1994 - 1995 A Study on High Accuracy of OD-bade Saw (Micro-Cutting by Vibration)
1990 - 1991 Study on Recovering Techniques of Deteriorated Lapping Plate Used Correcting Carrier
1988 - 1989 Study on High Efficiency Sliceing for Hard and Brittle Materials
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Papers (315):
Hironori MURAKAMI, Michio UNEDA, Ken-ichi ISHIKAWA. <i>Kansei </i>Evaluation in Appreciation of Japanese Swords Using VR System. Journal of the Japan Society for Precision Engineering. 2024. 90. 7. 594-599
Michio Uneda, Shunpei Ota, Shunsuke Takiguchi, Yuko Yamamoto, Tadakazu Miyashita, Ken-ichi Ishikawa. Real-Time Prediction of Removal Rate and Friction Coefficient During Chemical Mechanical Polishing Using Motor Load Currents with a Polisher. ECS Journal of Solid State Science and Technology. 2023. 12. 1. 014002-014002
YOSHISAKI Daichi, UNEDA Michio, Kazutaka Shibuya, ISHIKAWA Ken-ichi. Development of Intelligent Polishing System by Artificial Intelligence using Neural Network and Its Application. Proceedings of International Conference on Planarization/CMP Technology 2019. 2019. 149-150
2015/06 - MIPE AWARD 2015 (Excellent Paper): 2015 JSME-IIP/ ASME-ISPS Jouint Conference on Micromechatronics for Information and Precision Equipment (MIPE 2015), (2015.6). Influence of linear velocity ratio on removal rate of sapphire- chemical mechanical polishing
(公社)日本設計工学会
, American Society for Engineering Education(ASEE)
, (公社)日本工学教育協会
, American Society for Precision Engineering(ASPE)
, (公社)砥粒加工学会
, (社)日本機械学会
, (公社)精密工学会