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A platform for research: civil engineering, architecture and urbanism
Study on Flame Spread in the High-Rise Building with Different Window Aspect Ratios
This paper studies the effect of window height to aspect ratios on the flame spread of high-rise buildings, and provides reference for the engineering and fire protection design of high-rise buildings. PyroSim is used to establish high-rise building models under six different window aspect ratios, and the temperature distribution isotherms of the model under different window aspect ratios are analyzed. The flame fusion height of longitudinal continuous four windows is increased by 0.3–0.7 m at 540 ℃ compared with that of three windows.It is concluded that the flame spread of the exterior walls of high-rise buildings is affected by the window aspect ratio and the number of Windows. The smaller the window aspect ratio is, the higher the flame fusion height is. Therefore, under the premise of meeting the building design specifications, the flame fusion height can be reduced by controlling the window aspect ratio in high-rise buildings, thus reducing the fire risk and gaining time for rescue.
Study on Flame Spread in the High-Rise Building with Different Window Aspect Ratios
This paper studies the effect of window height to aspect ratios on the flame spread of high-rise buildings, and provides reference for the engineering and fire protection design of high-rise buildings. PyroSim is used to establish high-rise building models under six different window aspect ratios, and the temperature distribution isotherms of the model under different window aspect ratios are analyzed. The flame fusion height of longitudinal continuous four windows is increased by 0.3–0.7 m at 540 ℃ compared with that of three windows.It is concluded that the flame spread of the exterior walls of high-rise buildings is affected by the window aspect ratio and the number of Windows. The smaller the window aspect ratio is, the higher the flame fusion height is. Therefore, under the premise of meeting the building design specifications, the flame fusion height can be reduced by controlling the window aspect ratio in high-rise buildings, thus reducing the fire risk and gaining time for rescue.
Study on Flame Spread in the High-Rise Building with Different Window Aspect Ratios
Lecture Notes in Civil Engineering
Tuns, Ioan (editor) / Muntean, Radu (editor) / Radu, Dorin (editor) / Cazacu, Christiana (editor) / Gălățanu, Teofil (editor) / Liu, Jiaming (author) / Wang, Yu (author)
International Scientific Conference Civil Engineering and Buildings Services ; 2023 ; Brașov, Romania
2024-05-19
9 pages
Article/Chapter (Book)
Electronic Resource
English
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