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PHYSICAL SCALING OF FIRE SUPPRESSION BY WATER MIST

机译:细水雾抑制火的物理尺度

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摘要

The objective of the project is to develop water mist extinguishments design by scaling. The report describes the requirement and criteria of scaling fire, scale model, and the results of suppression for a developing water mist system design. The Maritime Safety Committee Draft Circular, MSC 914 is used as a basis test to evaluate a water mist design. A series of three full-scale tests related to MSC 914 were performed: fire only, fire with steel trailers, and fire with steel trailers and combustible commodities. A simulation was accordingly studied. Then, a scaled water mist design was tested in the scale model to find the characteristics needed for suppression in terms of pressure, water flow rate, droplet size, and the spray momentum. Based on these characteristics, a candidate nozzle will be selected for the full-scale MSC 914 test. The results so far show that the water mist system can effectively suppress the fire in scaled MSC 914 model. The full-scale MSC 914 is scheduled for September 2001. Therefore, the final answer is still pending until then. Scaling results are confirmed for temperatures, heat flux and flow for the MSC 914 fire without water add in.
机译:该项目的目标是通过水垢开发水雾灭火设计。该报告描述了结垢火的要求和标准,结垢模型以及正在开发的水雾系统设计的抑制结果。海上安全委员会通函MSC 914用作评估水雾设计的基础测试。进行了与MSC 914相关的三个全面测试:纯火,带钢拖车的火以及带钢拖车和可燃物品的火。因此,对模拟进行了研究。然后,在比例模型中测试了按比例缩放的水雾设计,以找到在压力,水流量,液滴大小和喷雾动量方面抑制所需的特性。基于这些特性,将为全尺寸MSC 914测试选择候选喷嘴。到目前为止的结果表明,在按比例缩放的MSC 914模型中,水雾系统可以有效地抑制火灾。全面的MSC 914计划于2001年9月发布。因此,最终的答案仍待定。在没有添加水的情况下,确认了MSC 914火的温度,热通量和流量的缩放结果。

著录项

  • 来源
    《》|2001年|p.97-100|共4页
  • 会议地点 New York NY(US);New York NY(US)
  • 作者

    G. Su; J.G Quintiere; N. Schultz;

  • 作者单位

    Department of Fire Protection Engineering University of Maryland College Park, MD 20742, USA;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 电工技术;
  • 关键词

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