Curriculum Vitaes
Profile Information
- Affiliation
- Faculty of Engineering Department of systems Engineering, Osaka Sangyo University
- Degree
- 博士（工学）(名城大学)
- J-GLOBAL ID
- 201301098729162192
- researchmap Member ID
- B000232215
Research Areas
1Major Research History
6Education
4-
Apr, 2004 - Mar, 2006
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Apr, 1999 - Mar, 2004
Committee Memberships
16-
Jun, 2025 - Present
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May, 2025 - Present
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Apr, 2024 - Present
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Apr, 2024 - Present
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Apr, 2023 - Present
Awards
11-
May, 2025
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Apr, 2025
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Jun, 2022
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May, 2020
Papers
42-
International Journal of Fatigue, 198 109041-109041, Sep, 2025 Peer-reviewed
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Inductive Devices in Power Electronics: Materials, measurement, design and applications, 63-78, Jan 1, 2025 Peer-reviewed
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ショットピーニング技術, 36(3) 210-214, Sep, 2024 Peer-reviewedInvitedLead author
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Metal Finising News International, 25 56-58, May, 2024 Peer-reviewedLead author
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NETSUSYORI Special Issue of 28th IFHTSE Congress Vol.64 Extra edition Vol.64 extra edition, Apr, 2024 Peer-reviewed
Misc.
150-
Proceedings of QDE2025, May, 2025
Books and Other Publications
4
Presentations
142-
APCFS2016, Sep, 2016
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The 30th International coference of Surface modification technologie, Jun, 2016
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The International Conference on Advanced Technology in Experimental Mechanics 2015, Dec, 2015
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The 13 World Conference on Titanium, Sep, 2015
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The 13 World Conference on Titanium, Sep, 2015
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12th International conference on shot peening, Sep, 2014
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12th International conference on shot peening, Sep, 2014
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年次大会講演論文集 : JSME annual meeting, Sep 4, 2010The most suitable condition that the fine crystal layer is produced and influence of the fine crystal layer on fatigue strength of SCM415 are examined. Generation of the fine crystal layer by FPB processing and the SP processing is reported in the past study. However, only a surface small portion can generate the fine crystal layer. In addition, it is hardly examined the influence that the fine crystal layer on fatigue strength. In this study, the most suitable condition that the fine crystal layer was produced throughout the surface was examined first. As a result, it was understood that s...
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学術講演会講演論文集, May 21, 2010
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The 17th international Federation for Heat Treatment and Surface Engineering, Nov, 2009
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山梨講演会講演論文集 : Yamanashi district conference, Oct 23, 2009
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年次大会講演論文集 : JSME annual meeting, Sep 12, 2009The FPB (Fine Particle Bombarding) process attracts attention as a new surface-preparation technique. The effect which the surface modification effect by this FPB process has on the fatigue strength of spring steel was investigated. It proved that surface roughness decreases and the hardness near surface rises rather than a shot peening process as compared with a shot peening process. As a result of comparing the shot time of a FPB process, hardness also increased as the shot time became long. The FPB process showed the value higher than a shot peening process by lowering of surface roughne...
Teaching Experience
22-
Apr, 2025 - PresentEngineering Mechanics II (Osaka Sangyo University)
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Apr, 2024 - PresentIntroduction to Mathematics for Engineering (Osaka Sangyo University)
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Apr, 2024 - PresentIntroduction to Physics for Engineering (Osaka Sangyo University)
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Apr, 2022 - PresentVibration Engineering (Daido University)
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Sep, 2021 - Presentdynamics of machinery (Daido University)
Professional Memberships
11-
Jun, 2024 - Present
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Jun, 2021 - Present
Research Projects
24-
科学研究費助成事業, 日本学術振興会, Apr, 2024 - Mar, 2027
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科学研究費助成事業 基盤研究(C), 日本学術振興会, Apr, 2023 - Mar, 2026
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公益財団法人 谷川熱技術振興基金, Oct, 2024 - Sep, 2025
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科学研究費助成事業 基盤研究(C), 日本学術振興会, Apr, 2021 - Mar, 2024
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研究補助金, 2024