台灣土地狹小,人口稠密,所以居住建築物逐漸往上發展,提供住宅的建築 物愈蓋愈高。因為高樓住宅的發展,火災的防範更顯重要,而居住民眾的防火知 識也應隨著環境改變而加強。家用住宅內部多為易燃裝潢材質,火災容易形成擴 展性延燒,而消防設備不足,往往是造成人命與財產損失最重要的原因。 本研究針對位於台北縣蘆洲市大囍市社區建築火災案例,利用區域模式 (Zone Model),並且改變各種不同參數來分析建築物之火場變化,並利用 其結果:上層溫度、氣層高度、CO濃度之結果作為逃生時間之依據,並提 供相關單位參考與改善的方向。
Because Taiwan is a small country, the density of population is getting higher and higher. For the reason, the residential buildings are getting higher. Advance of high building, so precaution of fire is an important work. Meanwhile, the fire-fighting strategy should be implemented when the living environment changes. Lacking of fire-fighting equipments and knowledge often cause huge loss of human life and property. This thesis use the CFAST codes to simulate dynamic response of important thermodynamic variables during actual fires for Da-Xi community. The impact of several fire protection equipment, strategies and egress time on the fire dynamics are reasonably evaluated.