科目名 Course Title
Advanced Fluid Engineering（流体工学 E） [Advanced Fluid Engineering]
講義題目 Subtitle
責任教員 Instructor
大島 伸行 [Nobuyuki OSHIMA] (大学院工学研究院)
担当教員 Other Instructors
坪倉 誠(工学研究院), 渡部 正夫(工学研究院), 村井 祐一(工学研究院), 田坂 裕司(工学研究院)
開講年度 Year
2014
時間割番号 Course Number
092158
開講学期 Semester
２学期
単位数 Number of Credits
2
授業形態 Type of Class
講義
対象年次 Year of Eligible Students
～
言語コード・言語 Language Code, Language
1 英語で行う授業
Type
補足事項 Other Information
キーワード Key Words
Gas dynamics, Boltzmann equation, Computational fluid mechanics, Experimentla fluid engineering
授業の目標 Course Objectives
Six professors give a omnibus lecture on fundamental physics in fluid mechanics. The course is divided in three parts; fundmentals of theoretcal
fluid mechanics, numerical methods for computational fluid mechanics, and experimental method for fluid engineeering.
到達目標 Course Goals
Understanding the advanced contents on fluid engineering.
授業計画 Course Schedule
1. Basic theory of continuum mechanics (2 sessions)
2. Basic theory of conservation equations (3 sessions)
3. Basic theory of turbulent flows (3 sessions)
4. Basic theory of micro flow in porous media (2 sessions)
5. Particle motion in arbitrary fluid flow (2 sessions)
6. Theory of quantitative flow visualization (3 sessions)
The first five sessions given by Profs. Watanabe and Kobayashi deal with fundamentals of theoretical fluid mechacs, including fundamental
theory of continuum mechanics, concepts of stress tensors, constitutive equations, derivation of goveerning equations.
The middle five sessions given by Profs. Oshima and Tsubokrua deal with theory and numerical models of turbulent flow and its application to
vehicle aerodynamics, and mass transport theory and numerical models in porous media and electro-chemistry in polymer electrolyte fuel cell
(PEFC).
The last five sessions given by Profs. Murai and Tasaka lecture on equation of motion of particles subject to arbitrary fluid flow, and its application
to quantitative flow visualization in multi-dimensional time-dependent flow configurations.
準備学習（予習・復習）等の内容と分量 Homework
based on class participation (50%), and report results (50%)
成績評価の基準と方法 Grading System
The handout is distributed to students or presented by ppt file.
テキスト・教科書 Textbooks
講義指定図書 Reading List
参照ホームページ Websites
研究室のホームページ Website of Laboratory
備考 Additional Information
Students are required a basic knowledge of fluid mechanics