英文摘要
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The development of the industrial revolution has sublimated human civilization to a higher level, which not only improves the quality of human life, but also creates many employment opportunities. However, the environment of most factories is harsh, and staying in the sultry environment for a long time has a lot of burden on the human body. In recent years, as human beings attach importance to the comfort of the environment, many experts have also been driven to find ways to solve the comfort of the working environment. In this study, CFD is used to simulate the heat dissipation model of the factory building, and the windows and exhaust fans are used as variables to simulate the optimal heat dissipation model. The results show that when the windows are open and the louvers are closed, the exhaust fan (V= 2 m/s) will have the best heat dissipation efficiency; if only natural convection is used for heat dissipation, then the windows and louvers are fully open is the best heat dissipation model.
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参考文献
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朱佳仁,林禹安,黎益肇,陳建忠,林元智(2021)。住宅建築物之自然通風潛勢。建築學報,115,73-90。
連結:
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黃柔,洪崧連(2019)。為改善都市熱島效應之台灣都市公園空間型態研究—以嘉義市公園為例。造園景觀學報,23(3),19-50。
連結:
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鄭忠旼(2020)。輔導中小企業工廠通風改善實例經驗分享。工業安全衛生月刊,09
連結:
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鐵皮屋隔熱隔音網溫度量測https://youtube.com/shorts/WoSGEBBkt4Q?feature=share。
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中小企業對台灣經濟貢獻之評估https://www.cier.edu.tw/publish/projects/detail/851
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操作溫度https://baike.baidu.hk/item/%E6%93%8D%E4%BD%9C%E6%B8%A9%E5%BA%A6/18831690
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劉郁緯,黃振康(2020)。計算流體力學模擬應用於植物工廠通風燈具的設計。台灣農學會報,21(1)
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潘寧馨、林玉樹、陳嘉鴻、洪毓霞, 行政院主計處研究報告-我國製造業傳統產業變遷之研究.2010, Page:5-6
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