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Experimentation and Numerical Investigation on Supersonic Ejector with Axial Pressure Sensor

机译:轴压传感器超音速喷射器的实验与数值研究

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This work is dealing with the investigation of the air flow inside a supersonic ejector.The main goal of this study is to show,influence of an axial pressure probe on the local flow characteristics.2D axisymmetric and 3D CFD models are developed. Several turbulence models are tested.The 2D axisymmetric modelling with an intrusive probe is essential for understanding the flow phenomena. Further,the numerical simulations show a significant attenuation of the shock waves due to the pressure probe insertion.The 3D CFD model confirms the results obtained with the 2D axisymmetric model and gives results closer to experimental data.
机译:这项工作正在处理超音速喷射器内的空气流量的调查。本研究的主要目的是表示,开发了轴对称轴对称和3D CFD型号对局部流动特性的影响。 测试了几种湍流模型。具有侵入式探头的2D轴对称建模对于了解流动现象至关重要。 此外,数值模拟显示由于压力探针插入引起的冲击波的显着衰减。3D CFD模型证实了使用2D轴对称模型获得的结果,并使结果更接近实验数据。

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