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Simple Estimation Model on Ceiling Temperature and Velocity of Fire Induced Flow under Ceiling

机译:天花板下引燃流的最高温度和流速的简单估计模型

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摘要

References(11) Cited-By(4) A new simple estimation model was described on excess temperature and velocity of ceiling jet under the flat, horizontal and sloped ceiling of an unconfined room from a t²-fire. This simple model was composed of ceiling height (H), distance along ceiling from the impinging point (r), and heat release rate (Q) which was given as a t²-fire. This model was verified by the experimental data which were conducted using at² model fire with ceiling heights of 2m, 2.1m, 4m, 8m, 15m and 20m. Flat and sloped ceiling with smooth surface was also used as a model ceiling, and those experimental data were used to verify the model. This model can deal with the cases of a corner fire and a wall fire for its early stages, and also verified by the data of corner and wall fires. The model for excess temperature and velocity with suitable RTI gave the estimation on the operation time of heat detector and sprinkler.
机译:参考文献(11)Cyted-By(4)描述了一种新的简单估计模型,该模型基于t²火灾在无限制房间的平坦,水平和倾斜天花板下天花板射流的过高温度和速度。这个简单的模型由天花板高度(H),从天花板到撞击点的距离(r)以及放热速率(Q)组成,以t²-fire表示。该模型已通过使用at²模型火灾(天花板高度为2m,2.1m,4m,8m,15m和20m)进行的实验数据验证。还使用具有光滑表面的平坦和倾斜天花板作为模型天花板,并使用这些实验数据来验证模型。该模型可以处理拐角火灾和墙火早期的情况,并通过拐角和墙火的数据进行验证。具有适当RTI的超温和超速模型可以估算热探测器和洒水器的工作时间。

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