課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Introduction |
1. Introduction of the course outline and evaluation
2. Introduction of transport phenomena |
1. 讓學生了解課程目標。
2. 讓學生了解什麼是輸送現象。 |
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2 | Viscosity and the mechanisms of momentum transport |
1. Newton’s law of viscosity.
2. Generalization of newton’s law of viscosity
3. Pressure and temperature dependence of viscosity |
使學生了解什麼是牛頓流體以及其與溫度與壓力的關係。 |
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3 | Shell Momentum Balances and Velocity Distribution in Laminar Flow |
1. Shell momentum balances and boundary conditions
2. Flow of the falling film
3. Flow through a circular tube
4. Flow through an annulus
5. Flow of two adjacent immiscible fluids |
使學生了解如 何使用momentum balance 來求得層流的速度分布。 |
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4 | Shell Momentum Balances and Velocity Distribution in Laminar Flow |
1. Shell momentum balances and boundary conditions
2. Flow of the falling film
3. Flow through a circular tube
4. Flow through an annulus
5. Flow of two adjacent immiscible fluids |
使學生了解如 何使用momentum balance 來求得層流的速度分布。 |
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5 | Shell Momentum Balances and Velocity Distribution in Laminar Flow |
1. Shell momentum balances and boundary conditions
2. Flow of the falling film
3. Flow through a circular tube
4. Flow through an annulus
5. Flow of two adjacent immiscible fluids |
使學生了解如 何使用momentum balance 來求得層流的速度分布。 |
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6 | The equations of change for isothermal systems |
1. The equation of continuity and motion
2. The equation of in terms of the substantial derivative
3. Use of the equations of change to solve flow problem |
使學生了解如何使用equation of continuity and motion 來解流體流動之現象與解得流體流動之問題。 |
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7 | The equations of change for isothermal systems |
1. The equation of continuity and motion
2. The equation of in terms of the substantial derivative
3. Use of the equations of change to solve flow problem |
使學生了解如何使用equation of continuity and motion 來解流體流動之現象與解得流體流動之問題。 |
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8 | Midterm exam |
Midterm exam |
期中考 |
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9 | Velocity distributions with more than one independent variable |
1. Time-dependent flow of Newtonian fluids
2. Flow near solid surface by boundary-layer theory |
使學生了解如何解與時間有關或與2-D方向牛頓流體流動相關問題。 |
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10 | Velocity distributions with more than one independent variable |
1. Time-dependent flow of Newtonian fluids
2. Flow near solid surface by boundary-layer theory |
使學生了解如何解與時間有關或與2-D方向牛頓流體流動相關問題。 |
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11 | Velocity distribution in turbulent flow |
1. Comparation of laminar and turbulent flow
2. Time-smoothed equation of change for incompressible fluids
3. The time-smoothed velocity profile near a wall
4. Empirical expressions for the turbulent momentum flux |
使學生了解紊流與層流間的差異。 |
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12 | Interphase transport in isothermal systems |
1. Definition of friction factor
2. Friction factors for flow in tubes and around sphere |
使學生了解friction factor 之定義。並學習在不同情況下使用friction factor。 |
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13 | Interphase transport in isothermal systems |
1. Definition of friction factor
2. Friction factors for flow in tubes and around sphere |
使學生了解friction factor 之定義。並學習在不同情況下使用friction factor。 |
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14 | Macroscopic Balances for Isothermal Flow Systems |
1. The Macroscopic Mass Balance
2. The Macroscopic Momentum Balance
3. The Macroscopic Mechanical Energy
Balance
4. Use of the Macroscopic Balances for Steady-State
Problems |
1. 使學生了解宏觀之質量守恆式
2. 使學生了解宏觀之動量守恆式
3. 使學生了解宏觀之機械能守恆式
4. 使學生學會如何利用此歇手恆是解決問題 |
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15 | Macroscopic Balances for Isothermal Flow Systems |
1. The Macroscopic Mass Balance
2. The Macroscopic Momentum Balance
3. The Macroscopic Mechanical Energy
Balance
4. Use of the Macroscopic Balances for Steady-State
Problems |
1. 使學生了解宏觀之質量守恆式
2. 使學生了解宏觀之動量守恆式
3. 使學生了解宏觀之機械能守恆式
4. 使學生學會如何利用此歇手恆是解決問題 |
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16 | Final exam |
Final exam |
期末考 |
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