開講学期 Course Start	2015年度 前期
授業区分 Regular or Intensive	週間授業
対象学科 Department	環境創生
対象学年 Year	1
必修・選択 Mandatory or Elective	Elective
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
担当教員 Lecturer	T. Kazama*, H. Kawai
教員室番号 Office	B219 (Kawai), B319 (Kazama)
連絡先(Tel) Telephone	5304 (Kawai), 5349 (Kazama)
連絡先(E-mail) E-mail	hdkawai0＠mmm.muroran-it.ac.jp (Kawai) kazama＠mmm.muroran-it.ac.jp (Kazama)
オフィスアワー Office Hour	- - - (Kawai) Mon. 15:30-16:30 (Kazama)
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	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
教科書 Required Text
参考書 Required Materials	#Fluid Mechanics, by Frank M. White, Sixth Edition, McGraw-Hill, International Edition, 2008. #The Dynamics and Thermodynamics of COMRESSIBLE FLUID FLOW, by Ascyer H. Shapiro, Massachusetts Institute of Technology, Vol. 1, Vol.2, The Ronald Press Company, New York, 1953, 1954.
教科書・参考書に関する備考
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 Please Note	The students will be expected to read the references on fluid mechanics prior to the class. They should refer to a math textbook and refresh your knowledge especially on fluid dynamics, thermodynamics, and differential equations.
教員メッセージ Message from Lecturer
学習・教育目標との対応 Learning and Educational Policy
関連科目 Associated Courses	Advanced Thermodynamics
備考 Remarks	SUBJECT: Advanced Fluid Mechanics 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: The lectures in 1-5 weeks will be distributed by Prof. Kawai and the lectures in 6-8 weeks will be by Kazama (coordinator).