課程目標：
培養學生基本的工程流體力學之觀念與知識，以建立後續工程課程所需之流體力學基礎。
課程內涵：
1.無因次群。2.靜態流體力學。3.動態流體力學：3a.質量平衡方程式。3b.動量平衡方程式。3c.能量平衡方程式。4.管道中之流體力學。5.沉浸物之流體力學。6.流體化床。7.流體輸送與流量測量。8.攪拌與混合。Course Target:
Cultivate students' basic concepts and knowledge of engineering fluidity learning to establish the fluidity learning foundation required for subsequent engineering courses.
Course content:
1. Non-caused group. 2. Calm fluid learning. 3. Dynamic fluid force learning: 3a. Quality equilibrium equation. 3b. The equation of equilibrium of power. 3c. Energy equilibrium equation. 4. Learn about fluid force in the pipeline. 5. Fluid learning of immersions. 6. Fluidized bed. 7. Flow delivery and flow measurement. 8. Mix and mix.
本課程主要在介紹流體力學於化工輸送現象中的應用。
This course mainly introduces the application of fluid energy learning in the chemical delivery phenomenon.
Unit Operations of Chemical Engneering, by W. L. MaCabe, J. C. Smith and P. Harriott, Mc Graw-Hills 7th Edition 2005
unit operations of chemical Eng NE, by W. l. Mac Abe, J. C. Smith and P. Harriot, McGraw-hills 7TH edition 2005
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 考試考試 exam |
75 | |
| 作業與演習課參與作業與演習課參與 Work and Performance Course Participation |
20 | |
| 出席與學習態度出席與學習態度 Attendance and learning attitude |
5 |
