| 開講学期／Course Start | 2024年度／Academic Year 前期／First |
|---|---|
| 開講曜限／Class period | 金/Fri 1 , 金/Fri 2 |
| 授業区分／Regular or Intensive | 週間授業 |
| 対象学科／Department | |
| 対象学年／Year | 1年 , 2年 |
| 授業科目区分／Category | 博士前期課程 大学院自専攻科目 |
| 必修・選択／Mandatory or Elective | 選択 |
| 授業方法／Lecture or Seminar | 講義科目 |
| 授業科目名／Course Title | 航空宇宙流体機械工学特論（英語クラス）／Advanced Aerospace Turbomachinary |
| 単位数／Number of Credits | 1 |
| 担当教員名／Lecturer | 今井 良二 (創造工学科航空宇宙工学コース) |
| 時間割コード／Registration Code | MR218E |
| 連絡先／Contact | 今井 良二(B-214 r_imai@muroran-it.ac.jp) |
| オフィスアワー／Office hours | 今井 良二(水曜日１５：００－１７：００) |
| 実務経験／Work experience | 今井 良二(輸送用機器製造事業を扱う企業での航空推進システムの流体設計技術の開発及び航空宇宙推進システム、原子力、エネルギープラント関連機器の伝熱設計技術の開発経験を有する) |
| 更新日／Date of renewal | 2024/02/15 |
|---|---|
| 授業のねらい ／Learning Objectives |
The lecture addresses propulsion, turbopumps, and related thermofluidic issues, which are key components in aerospace propulsion systems. It covers the following topics: (1) Thermofluidic characteristics and design methodologies of propulsion systems and turbopumps. (2) Thermofluidic issues including cavitation. (3) Numerical analysis methods for thermal-fluid flow. (4) Future prospects. |
| 到達度目標 ／Outcomes Measured By: |
(1) Understand the fundamentals of thermofluidic phenomena related to propulsion systems, turbopumps, and compressors. (2) Gain an understanding of the issues and latest research trends related to the above and develop the groundwork for proposing novel research. |
| 授業計画 ／Course Schedule |
(1) Case studies in the development of turbopumps and propulsion systems. (2) Fundamentals of thermal-fluid dynamics related to propulsion systems. (3) Fundamentals of thermal-fluid dynamics related to turbopumps. (4) Case studies of thermal-fluid problems related to propulsion systems. (5) Case studies of thermal-fluid problems related to turbopumps. (6) Case studies in the development of propulsion systems and turbopumps. (7) Thermal-fluid analysis techniques related to propulsion systems and turbopumps. (8) Latest trends and future directions in propulsion systems and turbopumps. Efforts should be made to deepen understanding by reading reference books and literature outside of class time. Total class hours: 12 hours The estimated study time for each session is approximately 4 hours, including pre- and post-class activities. |
| 参考書等 ／Required Materials |
ガスタービンエンジン 谷田好通, 長島利夫著 朝倉書店 2000(ISBN:4254230974)
流体機械 大橋秀雄著 森北出版 1987流体機械 大橋秀雄著 森北出版 1987(ISBN:4627621817) ポンプの流体力学 Christopher E. Brennen著 ; 辻本良信訳 大阪大学出版会 1998(ISBN:4872590368) Cavitation and bubble dynamics Christopher Earls Brennen Cambridge University Press 2014(ISBN:9781110000000) Elements of propulsion : gas turbines and rockets Jack D. Mattingly ; foreword by Hans von Ohain American Institute of Aeronautics and Astronautics 2006(ISBN:1563477793) |
| 教科書・参考書に関する備考 |
ガスタービンエンジン 谷田好通, 長島利夫著 朝倉書店 2000(ISBN:4254230974) 流体機械 大橋秀雄著 森北出版 1987流体機械 大橋秀雄著 森北出版 1987(ISBN:4627621817) ポンプの流体力学 Christopher E. Brennen著 ; 辻本良信訳 大阪大学出版会 1998(ISBN:4872590368) Cavitation and bubble dynamics Christopher Earls Brennen Cambridge University Press 2014(ISBN:9781107644762) Elements of propulsion : gas turbines and rockets Jack D. Mattingly ; foreword by Hans von Ohain American Institute of Aeronautics and Astronautics 2006(ISBN:1563477793) |
| 成績評価方法 ／Grading Guidelines |
The score of each student is evaluated by report and attendance. A grade of more than 60% is accepted for a credit. |
| 履修上の注意 ／Notices |
Basically understandings for fluid dynamics, thermodynamics, and heat transfer engineering are required for this subject. |
| 教員メッセージ ／Message from Lecturer |
Propulsion systems and turbomachinery are critical components in jet engines and rocket engine systems. The aim of this lecture is to acquire fundamental knowledge of thermal-fluid problems related to propulsion systems and turbomachinery, thereby deepening understanding of the entire system. |
| 学習・教育目標との対応 ／Learning and Educational Policy |
Target of this subject corresponds to following items described as aims of learning and education in this course: 1. Development of ability one can analyze and evaluate a basic key technology which constitutes system 2. Development of ability one can integrate some elemental technologies and evaluate as system " |
| 備考 ／Notes |
This subject will be taught in English. |
| No. | 回（日時） ／Time (date and time) |
主題と位置付け（担当） ／Subjects and instructor's position |
学習方法と内容 ／Methods and contents |
備考 ／Notes |
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| 該当するデータはありません | ||||
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Active learning 1-1 ／主体的学修（反転授業，小テスト，振り返り 等） |
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Active learning 1-2 ／上記項目に係るALの度合い |
50%超 |
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Active learning 2-1 ／対話的学修（グループ学習，協働，調査体験 等） |
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Active learning 2-2 ／上記項目に係るALの度合い |
15%未満 |
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Active learning 3-1 ／深い学修（複数科目の知識の総合化や問題解決型学修 等） |
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Active learning 3-2 ／上記項目に係るALの度合い |
50%超 |