Effect of Gravity on Flame Structure of Small-Scale Pool Fires

R. Takahashi, H. Torikai, A. Ito
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引用次数: 1

Abstract

The height of the pool fire depends on the amount of heat feedback from the flame to the fuel. In order to predict flame height in a partial gravity environment, we investigated the heat feedback amount of a small pool flame experimentally under normal to partial gravity conditions; using the drop tower at Hirosaki University in Japan to obtain arbitrary partial gravity condition, which varied from 1 G to 0.55 G. We performed the measurement of the flame shape with a digital camera. Based on the experiment result, we expected the amount of fuel vapor from the amount of heat feedback of the pool flame calculated and to establish the prediction formula of the flame height in the partial gravity environment.
重力对小型池火火焰结构的影响
池火的高度取决于火焰向燃料反馈的热量。为了预测局部重力环境下的火焰高度,研究了小池火焰在正常和局部重力条件下的热反馈量;利用日本弘崎大学的落差塔,获得了1 ~ 0.55 G的任意偏重力条件,用数码相机测量了火焰的形状。在实验结果的基础上,通过计算池火焰的热反馈量,期望得到燃料蒸气量,并建立了部分重力环境下火焰高度的预测公式。
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