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BLAST LOAD INSIDE ENCLOSURE DUE TO FLAME ACCELERATION

机译:由于火焰加速,外壳内的爆炸载荷

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Enclosed chemical processes, laboratory facilities, boilers and reformer furnaces are typical examples of facilities and equipment where an internal VCE may be postulated to occur. The applied blast load history on the enclosure surfaces is required in order to assess the response of the enclosure to the postulated VCE. The internal blast pressure history and associated applied blast loads depend on a number of factors, such as: (1) the maximum flame speed attained in a flammable cloud, (2) the ratio of the cloud volume to the total enclosure volume, (3) the cloud location within the enclosure, and (4) the environment temperature. The purpose of work described in this paper was to investigate the dependence of internal blast pressure history and applied blast loads on the aforementioned factors. It was found that the applied loads on the enclosure surfaces can be roughly classified into two regimes: quasi-static and dynamic, depending on the combination of these factors. It can be important to identify the appropriate blast loading regime in order to properly analyze the structural response of the enclosure.
机译:封闭的化学过程,实验室设施,锅炉和重整炉是可能会发生内部VCE的设施和设备的典型示例。为了评估外壳对假定的VCE的响应,需要在外壳表面施加爆炸冲击历史。内部爆炸压力的历史记录和相关的爆炸载荷取决于许多因素,例如:(1)在易燃云中达到的最大火焰速度;(2)云体积与总外壳体积之比;(3 )机箱内的云位置,以及(4)环境温度。本文所述的工作目的是研究内部爆炸压力历史和施加的爆炸载荷对上述因素的依赖性。已经发现,根据这些因素的组合,在外壳表面上施加的载荷可以大致分为两种状态:准静态和动态。重要的是要确定适当的爆炸加载方式,以便正确分析围护结构的响应。

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