Research on Intelligent Fire Identification Technology of Typical Cabin of SHIP

Zichen Zhou, Shiyang Wang, Haisong Xiao, Liang Hong
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Abstract

With the increase of weapon destructive power and fire source load, fire has become the main factor that threatens the ship's mission. Therefore, in order to ensure the safety of ship fire environment, it is particularly critical to determine the size and type of fire in the early stage of fire, and then to develop the corresponding extinguishing measures. In this paper, the relationship between different fire product information and fire size is studied through simulation calculation, and a fire identification and prediction method for typical cabin fire of intelligent ship is proposed. The fire size is quantified as a function containing fire product information, so as to realize real-time perception and prediction of fire development, and provide data support for subsequent fire decision-making.
船舶典型客舱火灾智能识别技术研究
随着武器破坏力和火源载荷的增加,火力已成为威胁舰船任务的主要因素。因此,为了保证船舶火灾环境的安全,在火灾发生初期确定火灾的大小和类型,进而制定相应的灭火措施就显得尤为关键。本文通过仿真计算,研究了不同火灾产品信息与火灾规模的关系,提出了一种智能船舶典型舱室火灾的火灾识别与预测方法。将火灾规模量化为包含火灾产品信息的函数,实现对火灾发展的实时感知和预测,为后续的火灾决策提供数据支持。
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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