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The Numerical Study of Compressed-Air Atomizer for Spark-ignited Jet Fuel Engine

机译:火花点火喷射燃料发动机压缩空气雾化器的数值研究

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There is increasing interest in the aircraft engine with spark ignition, which is capable of working using jet and diesel fuel. The reason is that the engines with spark ignition have a lower specific weight unlike diesel engines. The working process of the spark ignition engine which can operate on heavy fuels at the compression ratio of a base engine was described in our previous works. The operating cycle of this engine is implemented by the use of a compressed-air atomizer (CAA) in combination with a spray-guided concept. An ignition system has a traditional design and discharge parameters characteristic of gasoline engines. This paper presents a zero-dimensional mathematical model of the processes occurring in a CAA. The model verification is presented.
机译:具有火花点火的飞机发动机越来越兴趣,能够使用喷射和柴油燃料工作。原因是,与柴油发动机不同,具有火花点火的发动机具有较低的特异性重量。在我们以前的作品中描述了可以在基本发动机的压缩比上以重型燃料操作的火花点火发动机的工作过程。该发动机的操作循环通过使用压缩空气雾化器(CAA)与喷射引导概念的组合来实现。点火系统具有传统的汽油发动机的设计和放电参数。本文介绍了CAA中发生的过程的零维数学模型。提出了模型验证。

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