2003秋季課程：建築能源基礎
利用AutoCAD®進行基地圖繪製 2003秋季課程：建築能源基礎
AutoCAD® Site Drawing
Architecture 4.411 Building Technology Laboratory Spring 2004 Assignment 7 Airflow measurement and simulation March 17 and 18, 2004 The third week of our airflow lab focuses on simulation: 1. Prepare to use the CONTAMW airflow simulation program, installed on two working computers in lab and available free to all with Windows computers. Documentation is available in hardcopy and on a CD that you may copy. 2. Become proficient in CONTAMW by completing the provided worksheet. 3. Use CONTAMW for the following investigation of your apartment-balcony, working at full (and not model) scale: a. Simulate wind-driven airflow through an apartment that consists of a completely open balcony (i.e., the gaping hole you see in the models) and leeward openings of your choice (one or more windows). No interior walls! This sets the maximum airflow you can expect. b. Simulate airflows as above, but with interior walls and openings. c. Simulate airflows as in step a, but openings appropriate for your balcony. d. Simulate airflows as in step b, but with openings appropriate for your balcony. Helpful information: 1. The two BT Lab computers that run CONTAMW are the left machine (user name glicks and password btboss) and the middle machine (user name wawa and password btboss). 2. The CD contains the CONTAMW download files from the National Institute of Standards and Technology (NIST); NISTIR 6921, the CONTAMW 2.0 User Manual; NISTIR 6585, Input Data for Multizone Airflow and IAQ Analysis; and COTNAMW2tutorialBTL03, which in updated form is the hardcopy worksheet
3. If you install the software, please start by unzipping the file contamw2z.
AutoCAD® Site Drawing
Architecture 4.411 Building Technology Laboratory Spring 2004 Assignment 7 Airflow measurement and simulation March 17 and 18, 2004 The third week of our airflow lab focuses on simulation: 1. Prepare to use the CONTAMW airflow simulation program, installed on two working computers in lab and available free to all with Windows computers. Documentation is available in hardcopy and on a CD that you may copy. 2. Become proficient in CONTAMW by completing the provided worksheet. 3. Use CONTAMW for the following investigation of your apartment-balcony, working at full (and not model) scale: a. Simulate wind-driven airflow through an apartment that consists of a completely open balcony (i.e., the gaping hole you see in the models) and leeward openings of your choice (one or more windows). No interior walls! This sets the maximum airflow you can expect. b. Simulate airflows as above, but with interior walls and openings. c. Simulate airflows as in step a, but openings appropriate for your balcony. d. Simulate airflows as in step b, but with openings appropriate for your balcony. Helpful information: 1. The two BT Lab computers that run CONTAMW are the left machine (user name glicks and password btboss) and the middle machine (user name wawa and password btboss). 2. The CD contains the CONTAMW download files from the National Institute of Standards and Technology (NIST); NISTIR 6921, the CONTAMW 2.0 User Manual; NISTIR 6585, Input Data for Multizone Airflow and IAQ Analysis; and COTNAMW2tutorialBTL03, which in updated form is the hardcopy worksheet
3. If you install the software, please start by unzipping the file contamw2z.
課程描述
先修課程: 8.02, 18.02
教科書：Levenspie, O.《理解工程熱力學》Prentice Hall出版社，1996年。
本科目為對建築和建造技術深感興趣的學生提供入門課程，介紹對建築內的能源、通風、空調系統和舒適度等方面重要的基礎；課程詳盡論述各種形式的能源、能源節約、氣體和液體的性質、氣體和水蒸氣混合物以及空調系統和產能系統的性能極限。亦會介紹熱傳導原理，以及應用於建築外圍結構的能量損失。本科目是建築學和機械工程學進階熱力學科目的先修課程。
教科書：Levenspie, O.《理解工程熱力學》Prentice Hall出版社，1996年。
本科目為對建築和建造技術深感興趣的學生提供入門課程，介紹對建築內的能源、通風、空調系統和舒適度等方面重要的基礎；課程詳盡論述各種形式的能源、能源節約、氣體和液體的性質、氣體和水蒸氣混合物以及空調系統和產能系統的性能極限。亦會介紹熱傳導原理，以及應用於建築外圍結構的能量損失。本科目是建築學和機械工程學進階熱力學科目的先修課程。
進階閱讀
Mcquiston, F. I. 與J. O. Parker《供暖、通風和空調系統的分析與設計》第四版，John Wiley出版社，1994年。
Kreider, F. I. 與A. Rabl《建築的供暖和製冷：為效率而設計》McGraw-Hill出版社，1994年。
Moran, M. J. 與H. M. Shapiro《工程熱力學基本原理》第二版，John Wiley出版社，1991年。
Incropera, F. P. 與 D. P. Dewit《熱傳導入門》，John Wiley出版社,，1996年。
Kreider, F. I. 與A. Rabl《建築的供暖和製冷：為效率而設計》McGraw-Hill出版社，1994年。
Moran, M. J. 與H. M. Shapiro《工程熱力學基本原理》第二版，John Wiley出版社，1991年。
Incropera, F. P. 與 D. P. Dewit《熱傳導入門》，John Wiley出版社,，1996年。
作業與評分
本課程最終成績以分析性的課後作業、兩次測驗、兩次課程專題和課堂參與評分，各自比重如下：
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