首页> 外文会议>30th AIAA/ASME/SAE/ASEE Joint Propulsion Conference June 27-29, 1994/Indianapolis, IN >Tests of a Fixed-Geometry Inlet-Combustor Configuration for a Hydrocarbon-Fueled, Dual-Mode Scramjet
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Tests of a Fixed-Geometry Inlet-Combustor Configuration for a Hydrocarbon-Fueled, Dual-Mode Scramjet

机译:碳氢燃料双模超燃冲压发动机固定几何形状的进气燃烧室配置的测试

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摘要

A NASA/Rocketdyne cooperative research program is ongoing at the NASA Langley Research Center for the purpose of enhancing the dunderstanding of vehicle-integrated, dualmode scramjet engines for missile application operating from Mach 3 to 8 using endothermic hydrocarbon fuels. A complete, gaseous ethy-lene-fueled subscale scramjet engine model will be free-jet tested in the NASA Langley combustion-Heated Scramjet Test Facility. Prior to the engine free-jet tests, however, tests of an inlet/combustor flow-path model were conducted to study the fixed-geometry inlet-combustor design.
机译:NASA / Rocketdyne合作研究计划正在NASA Langley研究中心进行,目的是增强对使用吸热碳氢燃料在3马赫至8马赫导弹运行的车辆集成双模超燃冲压发动机的理解。完整的气态以汽油为燃料的超小型超燃冲压发动机模型将在NASA兰利燃烧加热超燃冲压试验设备中进行自由喷射测试。但是,在进行发动机自由喷射测试之前,对进气/燃烧器的流路模型进行了测试,以研究固定几何形状的进气燃烧器的设计。

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