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Exhaust Plume Effects on Sonic Boom for a Delta Wing and a Swept Wing-Body Model

机译:Delta机翼和后掠机体模型的声羽对排气羽流的影响

摘要

Supersonic travel is not allowed over populated areas due to the disturbance caused by the sonic boom. Research has been performed on sonic boom reduction and has included the contribution of the exhaust nozzle plume. Plume effect on sonic boom has progressed from the study of isolated nozzles to a study with four exhaust plumes integrated with a wing-body vehicle. This report provides a baseline analysis of the generic wing-body vehicle to demonstrate the effect of the nozzle exhaust on the near-field pressure profile. Reductions occurred in the peak-to-peak magnitude of the pressure profile for a swept wing-body vehicle. The exhaust plumes also had a favorable effect as the nozzles were moved outward along the wing-span.
机译:由于音爆引起的干扰,不允许在人口稠密地区超音速行驶。已经进行了减少音爆的研究,其中包括排气喷嘴羽流的贡献。羽流对音爆的影响已从对孤立喷嘴的研究发展到了将四个排气羽与机翼飞行器集成在一起的研究。该报告提供了通用机翼车的基线分析,以证明喷嘴排气对近场压力分布的影响。对于后掠式机翼车辆,压力曲线的峰峰值减小。当喷嘴沿翼展向外移动时,排气羽流也具有良好的效果。

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    Lake Troy; Castner Raymond;

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  • 年度 2012
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