本研究以居室空間單側通風模式為探討對象，針對水平導風百葉開口部對室內換氣效果之影響進行研究，希冀藉由水平導風百葉取代前期研究之中央橫軸旋轉窗，在兼顧室內換氣健康及人員舒適性之同時，亦不至於對空間利用造成不便性。運用CFD數值解析方式進行室內穩態氣流場、溫度場模擬，並配合足尺實驗方法檢證模擬之精確性，作為數值模擬邊界條件設定之修正。研究討論部分，先對室內有無人體發熱源進行換氣量分析，藉此瞭解熱浮力效應對居室空間單側通風模式之影響程度，確認本研究後續討論之變因設定。再分別探討不同水平導風百葉深度對換氣量、溫度累積分佈及風擊不滿意度等因子之影響關係，綜合上述健康性與舒適性之評估結果，找尋較佳之百葉深度範圍，並提出相關查核資料以供設計者參考。

According to previous research, the central horizontal pivot window could contribute to the improvement of indoor air quality under single-sided ventilation. But for interior space using, it would be inconvenient. In the present study the horizontal pivot window would be replaced by horizontal louvers and the work was focused on what is a proper opening design, which could be used to promote natural ventilation, and keep users be comfortable. We tried to use numerical method to simulate ventilation performance of different louver’s depths as well as different wind speed. Air flow was considered, turbulent, steady, and the effects of buoyancy were taken into account. In addition, a full-scale chamber was also used in the experiment. The work revealed that numerical result was in good agreement with the experimental value of air flow rate, and other major findings were as the article.

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