Research field (2)：
Machine elements and tribology
, Design engineering
Research keywords (6)：
歯車の潤滑法
, 歯車とすべり案内のトライボロジ
, 歯車の表面疲労損傷と動的運転性能
, Lubrication Methods for Gear system
, Tribology for gear system and gurde way
, Surface Fatigue Failure on Gear Teeth and Dynamic Performance of gears
Research theme for competitive and other funds (16)：
2017 - 2020 Fundamental study to replace the finishing method of sliding guide surface of machine tool from scraping to laser beam machining
2009 - 2011 Verification of Lubrication and Cooling Effects of MQL System for Gear Transmission
2001 - レーザ誘起蛍光法による油膜挙動の解析
2001 - Analysis of Oil Film Behavior by Using Laser Induced Fluorescence Method
1997 - すべり軸受の最適設計
1997 - Optimum Design for plane bearing
1995 - 1996 Study on Surface Strength Increasing of Sliding Rolling Machine Element by Multiplex Surface Treatment
1992 - 1994 Fundamental Study on Application of Sintered Powder Material to Sliding Rolling Machine Element
1986 - ピッチング損傷発生機構と歯車のピッチング強さ評価
1986 - 歯車の疲労と動的性能変化に関する研究
1986 - Mechanism of Pitting Failure and Evaluation for Pitting Strength
1986 - Study on Surface Fatigue and Dynamic Performance
工作機械すべり案内に関する研究
表面疲労強さに関する研究
Study on Frictional Performance of Mchine Tool Slide Gide Way
Konishi Daijiro, Matsuda Osamu, Okada Tadashi. An Education Program Aimed at Fostering Independent Learning - Design Concept of the Curriculum and!Student Achievements -. Japanese colleges of technology education journal. 2011. 34. 19-24
