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Experimental Investigation on Effects of Central Air Jet on the Bluff-body Stabilized Premixed Methane-air Flame

机译:中心空气射流对钝体稳定预混甲烷 - 空气火焰影响的实验研究

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摘要

Flame stabilized by a bluff-body is a common scene in many engineering applications due to the enhanced mixing characteristics, improved flame stability, and ease of combustion control. We recently designed a burner which has a conical bluff body with a central air injector. In the current work, effects of the central air jet on the heat load of the bluff body, the flame structures and the flame blowoff limits were investigated. It was found that the central air jet can significantly reduce the heat load to the bluff body. It is a considerable solution to the problem caused by the high heat load in practical applications. The flame structures and blowout limits were altered with the addition of central air jet as well. Different blowout behaviors caused by the air jet were observed and reported. The bluff-body could be cooled down by the center air injection but then it seems not to stabilize the flame any more.
机译:由于增强的混合特性,改进的火焰稳定性以及易于燃烧控制,在许多工程应用中,用钝体稳定火焰是常见的情况。我们最近设计了一种燃烧器,该燃烧器具有带中央空气喷射器的锥形钝体。在当前工作中,研究了中央空气射流对钝体的热负荷,火焰结构和火焰吹扫极限的影响。已经发现,中央空气射流可以显着减少对钝体的热负荷。在实际应用中,这是解决由高热负荷引起的问题的重要解决方案。火焰结构和喷射极限也通过添加中央空气喷嘴而改变。观察并报告了由空气喷射引起的不同的爆胎行为。可以通过中央空气注入冷却钝体,但是似乎火焰不再稳定。

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