授業情報/Course information

開講学期/Course Start 2018年度/Academic Year  前期/First
開講曜限/Class period 月/Mon 5,月/Mon 6
授業区分/Regular or Intensive 週間授業
対象学科/Department 生産システム工学系専攻機械工学コースDivision of Production Systems Engineering, Course of Mechanical Engineering
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 Lecture
授業科目名/Course Title 流体力学特論
単位数/Number of Credits 1.0
担当教員名/Lecturer 風間俊治(機械航空創造系学科機械システム工学コース),河合秀樹(機械航空創造系学科機械システム工学コース)
時間割コード/Registration Code MP201
連絡先/Contact 風間俊治(T. Kazama,5349,kazama@mmm.muroran-it.ac.jp)
オフィスアワー/Office hours 風間俊治(T. Kazama,B319,Mon.16:00-17:00,2nd semester [3rd & 4th quarters])
更新日/Date of renewal 2018/03/20
授業のねらい
/Learning Objectives
Fundamentals and application of fluid flow. The subject matter considered includes those in classical hydrodynamics, hydraulics and transport phenomena. The main topics are: Dynamics of a body moving through a fluid medium, inviscid fluid flows, viscous fluid flows, boundary layers, chaotic instability, unsteady pipe flow, and bubble dynamics.
到達度目標
/Outcomes Measured By:
(1) Understanding of dynamics of a body moving through a fluid medium
(2) Understanding of inviscid and viscous fluid flows
(3) Understanding of boundary layers and chaotic instability
(4) Understanding of flow in pipes and motion of bubbles
授業計画
/Course Schedule
Total class hours: 12 hrs.
1W Dynamics of a body moving through a fluid medium
2W Inviscid fluid flows
3W Viscous fluid flows
4W Boundary layers
5W Chaotic instability
6W Unsteady flow in pipe
7W Bubble dynamics
8W Summary
- subject to change

The students are expected to read the references on fluid mechanics prior to the class and review the lectures. They should refer to a math textbook and refresh your knowledge especially on fluid dynamics, thermodynamics, and differential equations.
参考書等
/Required Materials
Fluid mechanics Frank M. White McGraw-Hill 2011(ISBN:71311211)
The dynamics and thermodynamics of compressible fluid flow by Ascher H. Shapiro J. Wiley & Sons 1953The dynamics and thermodynamics of compressible fluid flow by Ascher H. Shapiro Ronald Press Co・・・(ISBN:471066915)
Dynamics and thermodynamics of compressible fluid flow by Ascher H. Shapiro R.E. Krieger 1983(ISBN:898745667)
教科書・参考書に関する備考 There is no textbook covering the all topics.
成績評価方法
/Grading Guidelines
Takehome assignments (70%+30%). Students who submit both assignments and obtain a 60% + average over the assignments pass the course (no resit). The assignments will be assessed as follows: Structure, accuracy, clarity of communication, effective use of figures and tables, application of material and references, and your own analysis and interpretation.
履修上の注意
/Notices
A lecture cancellation and change will be posted on the bulletin board of Mechanical Engineering and Robotics Course or announced in the classroom.
教員メッセージ
/Message from Lecturer
The lectures in 1-5 weeks will be distributed by Prof. Kawai and the lectures in 6-(7)8 weeks will be by Kazama (coordinator).
学習・教育目標との対応
/Learning and Educational Policy
(T.B.D.)
関連科目
/Related course
Advanced Thermodynamics
備考
/Notes
NOTE1: Handouts and information on a projector and a blackboard will be given in English or Japanese, while the lecture will be distributed in Japanese.
NOTE2: International students should contact the coordinator (Kazama) prior to the lecture.
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
該当するデータはありません
Active learning 1-1
/主体的学修(予復習,反転授業,小テスト,振り返り 等)
The students are expected to read the books and e-journals on fluid mechanics and mathematics prior to the class.
Active learning 1-2
/上記項目に係るALの度合い
15%未満
Active learning 2-1
/対話的学修(グループ学習,協働,調査体験 等)
Active learning 2-2
/上記項目に係るALの度合い
該当なし
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)
Self-learning is strongly recommended and encouraged in this course.
Active learning 3-2
/上記項目に係るALの度合い
15%未満