課程講義、能源觀點及生質能源 Lecture and energy

□Some Characteristics of Fluids □Dimensions and Units □Analysis of Fluid Behaviors □Ideal Gas □Law Fluid Properties □Compressibility of Fluids □Vapor Pressure Surface □Tension

CHAPTER 02 Fluid Statics 流體靜力學閱讀測驗

□Pressure at a Point □Basic Equation for Pressure Field □Pressure variation in a Fluid at Rest □Standard Atmosphere □Measurement of Pressure□Manometry □Mechanical and Electronic Pressure Measuring Devices □Hydrostatic Force on a Plane Surface□Pressure Prism□Hydrostatic Force on a Curved Surface□Buoyancy, Floating, and Stability□Rigid-Body Motion

CHAPTER 03 Elementary Fluid Dynamics 基本流體動力學閱讀測驗

□Newton’s Second Law □F=ma Along a Streamline □F=ma Normal to a Streamline □Physical Interpretation of Bernoulli Equation □Static, Stagnation, Dynamic, and Total Pressure □Application of the Bernoulli Equation □The Energy Line and the Hydraulic Grade Line□Restrictions on Use of the Bernoulli Equation

CHAPTER 04 Fluid Kinematics 流體運動學閱讀測驗

□The Velocity Field □The Acceleration Field □Control Volume and System Representation □The Reynolds Transport Theorem

CHAPTER 05 Finite Control Volume Analysis 有限控制容積分析閱讀測驗習題解答

□Conservation of Mass □Newton’s Second Law – The Linear Momentum Equations □The Moment-of-Momentum Equations □First Law of Thermodynamics – The Energy Equation □Second Law of Thermodynamics – Irreversible Flow

CHAPTER 06 Differential Analysis of Fluid Flow 流體微分分析閱讀測驗習題解答

□Fluid Element Kinematics □Conservation of Mass □Conservation of Linear Momentum □Inviscid Flow □Some Basic, Plane Potential Flow □Viscous flow

CHAPTER 07 Similitude, Dimensional Analysis and Modeling 相似性，因次分析與模型閱讀測驗習題解答

□Dimensional Analysis □Buckingham Pi Theorem □Determination of Pi Terms □Comments about Dimensional Analysis □Common Dimensionless Groups in Fluid Mechanics □Correlation of Experimental Data □Modeling and Similitude □Typical Model Studies

CHAPTER 08 Viscous Flow in Pipe 管內黏性流動閱讀測驗習題解答

□General Characteristics of Pipe Flow □Fully Developed Laminar Flow □Fully Developed Turbulent Flow □Dimensional Analysis of Pipe Flow □Pipe Flow Examples □Pipe Flowrate Measurement

CHAPTER 09 Flow Over Immersed Bodies 浸沒體的繞流閱讀測驗習題解答

□General Characteristics of External Flow □Boundary Layer Characteristics □Drag □Lift

CHAPTER 10 Open-Channel Flow 閱讀測驗

□General Characteristics of Open-Channel Flow □Surface Waves □Energy Considerations □Uniform Depth Channel Flow □Gradually Varies Flow □Rapidly Varies Flow

CHAPTER 11 Compressible Flow 閱讀測驗

□Ideal Gas Relationships □Mach Number and Speed of Sound □Categories of Compressible Flow □Isentropic Flow of an Ideal Gas □Nonisentropic Flow of an Ideal Gas □Two-Dimensional Compressible Flow

CHAPTER 12 Turbomachines 閱讀測驗

□Introduction □Basic Energy Considerations □Basic Angular Momentum Considerations □The Centrifugal Pump □Dimensionless Parameters and Similarity Laws □Axial-Flow and Mixed-Flow Pumps □Fans □Turbines □Compressible Flow Turbomachines

工程圖學與電腦製圖

學習網站

工程圖學簡介

圖學（Graphic science）是以圖畫、符號及文字表達物體形狀、大小及製造等相關事項的科學，也是工程單位傳遞構想與交換知識的一種工具，亦可稱為圖畫語言，為工程人員必須精通的語言。

線法與字法

線分為粗線、中線和細線三個等級。粗線約為中線的 1.5 倍，中線約為細線的2倍。線條的絕對粗細並無硬性規定，但同一張圖所用的粗線、中線和細線必須保持一定比例。

基本投影幾何學

投影幾何學為十八世紀法國數學家兼軍事工程師孟奇（Gaspard Monge）所創，是一門闡述投影原理的科學，主要為應用投影原理，探討如何在2D平面圖上表達空間物體的形狀、大小及其相互間的關係。

點與直線的投影

一物體可視為由許多面所構成，面則可視為由許多線所構成，線則由連續的點所構成。因此，點的投影是所有投影的基礎。

平面的投影

平面為線依一定方向移動的軌跡。平面的投影可分為無限平面及有限平面。無限平面指平面的大小可無限延伸。有限平面則指可用邊線界定平面的位置。決定一平面的條件有：不在一直線上的任意三點...