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Hybrid approach for the prediction of jet noise interaction and installation effects

机译:混合方法预测射流噪声相互作用和安装效果

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With the increase of bypass ratio of jet engine in order to provide better fuel burn and jet noise, jet noise source level installation effects and its interaction with airframe are becoming more and more significant. During development phase, engineering prediction must be available and the authors had undertaken the development of prediction capabilities, as no experimental database is available for such large bypass ratio. The article presents the hybrid approach for the jet noise interaction and its installation effects. The first deals with the extra noise creation from the presence of the wing/flap system, the latter deals mainly with the reflection of noise due to the wing/flap system.
机译:随着喷气发动机旁通比的增加,以提供更好的燃油燃烧和喷气噪声,喷气噪声源水平的安装效果及其与机身的相互作用变得越来越重要。在开发阶段,必须具备工程预测能力,并且作者已经承担了预测能力的开发工​​作,因为没有实验数据库可用于如此大的旁路比。本文提出了一种用于喷气噪声相互作用及其安装效果的混合方法。前者处理机翼/襟翼系统的存在所产生的额外噪声,后者主要处理机翼/襟翼系统引起的噪声反射。

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