Influence of Combustible Dimension and Density on Heat Release Rate Part 2 Relation between Combustible Dimension, Maximum Heat Release Rate and Duration of Maximum Burning

Norichika Kakae, T. Tsuchihashi, Yoshiaki Tanaka, Y. Ohmiya, K. Harada
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引用次数: 4

Abstract

It is important to understand the burning behavior of the familiar flammable materials used in the various aspects of the fire safety design of a building, such as evacuation safety. The time history of the heat release rate can be regarded as an indicator of the spreading speed of the fire. In the past, the heat release rate of various flammables has been measured,[1] but it has not yet been confirmed how time history of the heat release rate changes with respect to the material and the dimension standard. Therefore, a burning experiment was conducted by using polyurethane mattresses with different dimensions and densities, and this report demonstrates the findings regarding the relation between the time history on one hand and the maximum heat release rate, the maximum scale burning and the dimension and density of the test object on the other.
可燃物尺寸和密度对放热速率的影响第二部分可燃物尺寸、最大放热速率和最大燃烧持续时间的关系
了解熟悉的可燃材料的燃烧行为在建筑物消防安全设计的各个方面是很重要的,例如疏散安全。热释放速率的时间历程可以看作是火灾蔓延速度的一个指标。在过去,已经测量了各种可燃物的放热率,但尚未确定放热率的时间历史如何随材料和尺寸标准而变化。因此,我们使用不同尺寸和密度的聚氨酯床垫进行了燃烧实验,本报告展示了时间历程与最大放热速率、最大燃烧尺度与被试物体尺寸和密度之间的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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