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Development of a High Efficiency System with a Rotating Detonation Engine for a Gas Turbine Engine (RDE-GTE) using Pressure Gain Combustion

机译:使用压力增益燃烧的燃气轮机(RDE-GTE)带有旋转爆震发动机的高效系统的开发

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The present study will show a new development of a gasturbine engine with rotating detonation engine. Five universities and a venture company will study characteristics of rotating detonation engines to develop a gasturbine engine with RDE system in order to improve its performance of gas turbine engine, especially its efficiency. We have three teams; the experimental team, numerical team, and gasturbine team. The experimental team will perform several categories; concentric as well as disk type RDE development and measurement of its stable conditions and controlabilities as well as its efficiency; the cooling system of RDE; injection and ignition system; and DDT performance. The numerical group will simulate above experimental categories by real size calculations with both DNS and AMR base. And a micro-gasturbine engine will be run together with RDE system in a near future. We prefer to choose a disc type RDE instead of concentric cylinder type one. Hence the midterm report like presentation will be given at the SciTech meeting, Jan 2019 and 2020.
机译:本研究将显示具有旋转爆震发动机的燃气轮机发动机的新发展。五所大学和一家风险投资公司将研究旋转爆震发动机的特性,以开发具有RDE系统的燃气涡轮发动机,以提高其燃气涡轮发动机的性能,特别是其效率。我们有三支队伍;实验小组,数值小组和燃气轮机小组。实验小组将执行几个类别的任务;同心圆盘式RDE的开发,稳定条件和可控性及其效率的测量; RDE的冷却系统;喷射和点火系统;和DDT性能。数值组将通过使用DNS和AMR的实际大小计算来模拟上述实验类别。不久的将来,微型燃气轮机发动机将与RDE系统一起运行。我们更喜欢选择盘式RDE而不是同心圆柱体一。因此,像演讲这样的中期报告将在2019年1月和2020年的SciTech会议上发布。

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