课程名称(中文)流体力学

1、課程名稱：(中文)流體力學 (一) (英文)Fluid Mechanics (1)課程碼F527210學分數3授課教師李文智開課系所環工系開課班別二年級課程類別必修先修科目課程碼課程名稱銜接課程相關說明課程內容介紹(中文)流體力學(一) 由介紹流體性質開始，並探討流體靜力學，再建立控制體積概念，引導學生了解流體質量、動量及能量守恆方程式及應用，再進一步介紹維度分析與動力相似觀念。最後引出之滯性流體在管流與明渠之行為、串聯管流與水力坡降與能量坡降線更為本課程增添豐富性。課程內容介紹(英文)Fluid Mechanics (I) will be started from the Introduct

2、ion of Fluid Properties and then investigate the Fluid Statics. The third, this class will establish the Control Volume Concept and conduct the students to understand the Mass, Momentum, and energy conservation equations and their applications. After that, this class will introduce the dimensional a

3、nalysis and dynamic similitude. Finally, it will explore the viscous flows in the pipes and open channels, respectively. The topics of Pipe Flow in series, hydraulic grade line and energy grade line also make the content of this class more productive.課程目標流體力學(一)將提供學生具有流體力學之基本觀念，並將奠定環境工程系學生未來學習給水工程設計

4、、污水工程設計及空氣污染防治工程設計堅實之基礎。教科書(書名、作者、代理商) Fluid Mechanics, Ninth Edition, Authors: Victor L. Streeter, E. Benjamin Wylie and Keith W. Bedford, Publisher: WCB/McGraw-Hill. 課程大綱 如課程內容介紹週 次授 課 綱 要講授/實驗/實習/教學參觀時數Week 11. Fluid Properties1.1 Continuum1.2 Definition of a Fluid1.3 Dimensions and Units1.4 Visc

5、osity1.5 Mass, Weight, and Concentration Variables課堂上以筆記型電腦Powerpoint檔案連接單槍投影機，由老師講授學生聽講方式上課。3Week 21.6 Temperature and Thermodynamics Variables1.7 Pressure and a Perfect Gas1.8 Bulk Modulus of Elasticity1.9 Vapor Pressure1.10 Surface Tension同上3Week 32. Fluid Statics2.1 Force, Stress, and Pressure a

6、t a Point2.2 Basic Equation of Fluid StaticsQuiz 1 同上Close Book in Class 2 1Week 42.3 Units and Scales of Pressure2.4 Manometers 2.5 Forces on Plane Areas同上3Week 52.5 Force Components on Curved Surface 2.6 Buoyant Force同上3Week 62.6 Stability of Floating and Submerged bodies2.7 Relative Equilibrium Q

7、uiz 2 同上Close Book in Class21Week 73. Fluid Flow Concepts and Basic Control Volume Equations3.1 Flow Concepts and Kinematics3.2 The General Control Volume Conservation Equation 同上 3Week 8 3.3 The Conservation of Mass3.4 The Conservation of Mechanical Energy and the Bernoulli Equation 同上3Week 93.5 Th

8、e Energy Equation3.6 Application of the Energy Equation to Steady Fluid-Flow SituationsQuiz 3 同上Close Book in Class 2 1Week 103.7 The Control Volume Linear-Momentum Equation3.8 The Momentum Equation 3.9 Application of the LinearMomentum Equation3.10 The Moment-of-Momentum Equation 同上3Week 114. Dimen

9、sional Analysis and Dynamic Similitude4.1 Definition of Dimensions4.2 Definition of Units4.3 Basic Dimensions4.4 Basic Units4.5 Dimensional Homogeneity4.6 Dimensional Analysis4.7 Buckingham Theorem同上3Week 124.7 The Principle of ChoosingThree Basic Parameters forDimensional Analysis4.8 The Applicatio

10、n of Dimensional Analysis4.9 Dimensionless Parameters4.10 Model Studies and SimilitudeQuiz 4 同上Close Book in Class2 1Week 135 Viscous Flow: Pipes and Channels5.1 Laminar, Incompressible, Steady Flow Between Parallel Plates5.2 Laminar Flow Through Circular Tubes and Circular Annuli5.3 Turbulent Flow

11、Losses in Open and Closed Conduits5.4 Chézy Formula, Darcy-Weisbach Equation and Manning Formula同上3Week 145.5 Steady Incompressible Flow Through Simple Pipes 5.6 Moody Diagram5.7 Simple Pipe Problems5.8 Minor LossesQuiz 5同上Close Book in Class 3Week 156. Closed-Conduit Flow6.1 Steady Flow: Exponential Pipe-Friction Formulas6.2 Hydraulic and Energy Grade lines6.3 Siphon 6.4 Pipes in Series 同上3 Week 16Review and Final Examination同上Close Book in Class12課程目標與IEET系所教學成效相關性 符合程度圖例：高 中 低高(a)應用數學、科學及工程知識的能力高(b)設計及執行實驗，以及分析解釋數據的能力高(c)執行工程實務所需技術、技巧及使用工具的能力高