教學大綱與進度
課程基本資料:
學年期
課號
課程名稱
階段
學分
時數
修
教師
班級
人
撤
備註
110-1
293250
能源系統分析
1
3.0
3
★
陳斌豪
車輛所
能源與車輛外生專班
機電博所
機電外國學生專班
17
0
◎車輛所、職車輛所、能源車輛外生班合開
教學大綱與進度:
教師姓名
陳斌豪
Email
binhao17@mail.ntut.edu.tw
最後更新時間
2021-09-15 09:52:09
課程大綱
The course is a fundamental carriers transport analysis method for performing steady-state and dynamic system simulations . These methods are essentially a numerical analysis; the course teach student to set up various system composed of; compressor, turbine, heat exchanger, reformer and fuel cell system. Course lectures are listed as: 1. Numerical method 2. review of basic transport process: charge, gas and energy transfer 2. System components modeling Compressor Turbine Heat exchanger 3. Case study of energy system; fuel cell system analysis Flow modeling, GDL model, mass & charge transport and programing
課程進度
week 1: introduction to multiscale transport phenomena;fuel cell system week 2-3: numerical method review week 4-7: review of basic transport process week 8: project 1 week 9-10: some topics of nano scale transport week 11-13:methods for nano-scale transport: Molecular Dynamics week 14-17: Fuel-Cell-Thermodynamic, Electrochemistry, transport phenomena week 18: project 4, final exam
評量方式與標準
project 1:10% project 2:20% project 3:20% project 4:20% final:30%
使用教材、參考書目或其他
【遵守智慧財產權觀念,請使用正版教科書,不得使用非法影印教科書】
使用外文原文書:否
nano to micro transport phenomena: Gang Chen
課程諮詢管道
研究室分機:3604
位置:526-16
課程對應SDGs指標
備註
●上課方式:
遠距上課
●評量方式:
保留學生到校進行實體測驗:期中考;期末報告採線上並繳交報告。
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