The Air Influence Study on Flame Characteristics of the Sonic Oil Burner Used for Aviation Fire Test

Y. Chen, Long Chen, Yuzhuo Wang, Wen-ting Bao, Z. Huang
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引用次数: 1

Abstract

Oil burner has been widely applied for the aircraft cabin material and power plant fire testing. Currently new technology Sonic burner has been developed and approved for use in interior and fuselage testing. In order to make better understanding of the new Sonic burner, this paper researched the effect of air, including the inlet airflow pressure, inlet airflow temperature and ambient airflow velocity, on the output flame temperature distribution. Both vertical and horizontal mounting of burner were researched. The results revealed that there was a linear relationship between inlet airflow pressure and flame temperature, and inlet airflow temperature showed no significant effect on flame temperature. The increase of ambient airflow velocity, at different angels, was proven to have a negative effect on flame temperature. (Abstract)
航空火焰试验用声波油燃烧器火焰特性的空气影响研究
燃油燃烧器已广泛应用于飞机客舱材料和动力装置的防火测试。目前,新技术Sonic燃烧器已被开发并批准用于内部和机身测试。为了更好地了解新型音速燃烧器,本文研究了空气对输出火焰温度分布的影响,包括入口气流压力、入口气流温度和周围气流速度。对燃烧器的垂直安装和水平安装进行了研究。结果表明:入口气流压力与火焰温度呈线性关系,入口气流温度对火焰温度影响不显著;在不同角度下,环境气流速度的增加对火焰温度有负面影响。(抽象)
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