ODA, Yutaka |
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Faculty, Department/Institute
- Faculty of Engineering Science Department of Mechanical Engineering
Academic status (qualification)
- Associate Professor Apr. 1,2014
Undergraduate Degrees・University
- Kyoto University Faculty of Engineering2000 Graduated
Graduate Degrees・University
- Kyoto University Master's Degree Program 2002 Completed
- Kyoto University Doctor's Degree Program Department of Mechanical Engineering 2005 Completed
Academic Degrees
- Doctor of Engineering Mar. 2005 Kyoto University
Awards
- Mar. 18,2014
Academic Associations
所属学会・団体名 | 役職名 (役職在任期間) |
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ASME (American Society of Mechanical Engineers) |
Research Publications
No. | Type of publication | Date of publication (Date of presentation) | Title | Type of research result | Jointly authored or single authored | Publisher and journal name | Volume number |
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1 | Papers1 | 2020/8~2020/82020,08,00,2020,08,00 | Effect of thermal wall condition on the dissimilarity of momentum and heat transfer in pulsating channel flow | Academic Journal | Co-author | Journal of Thermal Science and Technology | Vol.15, Issue 2, Pages JTST0017 |
2 | Papers1 | 2020/8~2020/82020,08,00,2020,08,00 | Effect of main stream turbulence on the film cooling effectiveness of a circular and a fan-shaped film cooling hole | Academic Journal | Co-author | Mechanical Engineering Journal | Vol.7, Issue 4, Pages 20-00176 |
3 | Papers1 | 2020/7~2020/72020,07,00,2020,07,00 | Heat Transfer Enhancement of Impingement Cooling by Adopting Circular-Ribs or Vortex Generators in the Wall Jet Region of a Round Impingement Jet | Academic Journal | Co-author | International Journal of Turbomachinery, Propulsion and Power | Vol.5, No.3, 17 |
4 | Papers1 | 2020/4~2020/42020,04,00,2020,04,00 | DNS of turbulent heat transfer in pulsating channel flow | Academic Journal | Co-author | Transactions of the JSME (in Japanese) | Vol.86, No.884, p. 19-00197 |
5 | Papers1 | 2019/12~2019/122019,12,00,2019,12,00 | R&D of the Tubeless Boiler with Hydrogen Combustion | Academic Journal | Co-author | ||
6 | Papers1 | 2016/9~2016/92016,09,00,2016,09,00 | Superposition Method for Multi Rows of a Film Cooling Hole on a Turbine Stationary Vane Surface | Academic Journal | Co-author | WIT Transactions on Engineering Sciences | Vol.106, pp.11-24 |
7 | Papers1 | 2014/7~2014/72014,07,00,2014,07,00 | Quantitative Measuring Methods Applied for The Mixing Phenomena of Film Cooling | Academic Journal | Co-author | WIT Transactions on Engineering Sciences | Vol.83, pp.491-503 |
8 | Papers1 | 2014/5~2014/52014,05,00,2014,05,00 | Aerothermal Investigations on Mixing Flow Field of Film Cooling With Swirling Coolant Flow | Academic Journal | Co-author | ASME Journal of Turbomachinery | Vol.136, 051001 |
9 | Book2 | 2014/5~2014/52014,05,00,2014,05,00 | Experimental and Numerical Study on Heat Transfer Enhancement of Impingement Jet Cooling by Adding Ribs on Target Surface | Monograph | Co-author | Impingement Jet Cooling in Gas Turbines, WIT Press | Chapter 8, pp.203-231 |
10 | Papers1 | 2013~20132013,00,00,2013,00,00 | Convective Heat Transfer and Pressure Loss in Rectangular Ducts with Inclined Pin-Fin on a Wavy Endwall | Academic Journal | Co-author | ASME Journal of Engineering for Gas Turbines and Power | Vol.135, 061902 |
PapersEffect of thermal wall condition on the dissimilarity of momentum and heat transfer in pulsating channel flowIn refereedAcademic JournalCo-authorTatsuro Yamazaki;Yutaka Oda;Ryosuke Matsumoto;Masashi KatsukiJournal of Thermal Science and TechnologyVol.15, Issue 2, Pages JTST00172020/8~2020/8https://doi.org/10.1299/jtst.2020jtst0017
PapersEffect of main stream turbulence on the film cooling effectiveness of a circular and a fan-shaped film cooling holeIn refereedAcademic JournalCo-authorKenichiro Takeishi;Yutaka Oda;Shohei Mori;Robert KrewinkelMechanical Engineering JournalVol.7, Issue 4, Pages 20-001762020/8~2020/8https://doi.org/10.1299/mej.20-00176
PapersHeat Transfer Enhancement of Impingement Cooling by Adopting Circular-Ribs or Vortex Generators in the Wall Jet Region of a Round Impingement JetIn refereedAcademic JournalCo-authorKenichiro Takeishi;Robert Krewinkel;Yutaka Oda;Yuichi IchikawaInternational Journal of Turbomachinery, Propulsion and PowerVol.5, No.3, 172020/7~2020/7
PapersIn refereedAcademic JournalCo-author2020/7~2020/710.11322/tjsrae.20-19_EM_OA
PapersDNS of turbulent heat transfer in pulsating channel flowIn refereedAcademic JournalCo-authorTatsuro Yamazaki;Yutaka Oda;Ryosuke Matsumoto;Masashi KatsukiTransactions of the JSME (in Japanese)Vol.86, No.884, p. 19-001972020/4~2020/4https://doi.org/10.1299/transjsme.19-00197
PapersR&D of the Tubeless Boiler with Hydrogen CombustionIn refereedAcademic JournalCo-authorRyosuke Matsumoto;Yutaka Oda;Mamoru Ozawa;Seigo Juri;Takumi Yamamoto;Masato Fukushima;Kohei Yasuhiro2019/12~2019/12
PapersSuperposition Method for Multi Rows of a Film Cooling Hole on a Turbine Stationary Vane SurfaceIn refereedAcademic JournalCo-authorKenichiro Takeishi;Yutaka Oda;Tetsuji Nagao;Hideyuki SakamotoWIT Transactions on Engineering SciencesVol.106, pp.11-242016/9~2016/910.2495/HT160021
PapersQuantitative Measuring Methods Applied for The Mixing Phenomena of Film CoolingIn refereedAcademic JournalCo-authorKenichiro Takeishi;Masaharu Komiyama;Yutaka OdaWIT Transactions on Engineering SciencesVol.83, pp.491-5032014/7~2014/7
PapersAerothermal Investigations on Mixing Flow Field of Film Cooling With Swirling Coolant FlowIn refereedAcademic JournalCo-authorKenichiro Takeishi;Masaharu Komiyama;Yutaka Oda;Yuta EgawaASME Journal of TurbomachineryVol.136, 0510012014/5~2014/5
BookExperimental and Numerical Study on Heat Transfer Enhancement of Impingement Jet Cooling by Adding Ribs on Target SurfaceIn refereedMonographCo-authorKenichiro Takeishi;Yutaka OdaImpingement Jet Cooling in Gas Turbines, WIT PressChapter 8, pp.203-2312014/5~2014/5
PapersIn refereedAcademic JournalCo-authorYutaka Oda;Kenichiro Takeishi2013/9~2013/9
PapersIn refereedAcademic JournalCo-authorYutaka Oda;Kenichiro Takeishi;Shinsuke Sugimoto2013/9~2013/9
PapersConvective Heat Transfer and Pressure Loss in Rectangular Ducts with Inclined Pin-Fin on a Wavy EndwallIn refereedAcademic JournalCo-authorKenichiro Takeishi;Yutaka Oda;Yoshiaki Miyake;Yusuke MotodaASME Journal of Engineering for Gas Turbines and PowerVol.135, 0619022013~2013
Courses Taught
- Mathematics(Calculus II)
- Experiments of Fundamental Mechanical Engineering
- Experiments of Mechanical Engineering
- Heat Transfer
- Thesis Projects I
- Thesis Projects II
- Principles of Energy Conversion
- Preliminary Thesis Project
- Information Processing Practice II
- Thermodynamics I
- SeminarI(Mechanical Engineering)
- SeminarII(Mechanical Engineering)
- SeminarIII(Mechanical Engineering)
- SeminarIV(Mechanical Engineering)
- Advanced Thermal Energy System
- Personal Information
- Research Activities
- Research Activities
- Community Service
- Courses Taught