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Pressure Distribution over a Blunt Body in Supersonic Annular Jet Stream

机译:超声环形射流中钝器的压力分布

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摘要

We present the experimental results of the investigation of pressure distribution over a blunt-nosed cylindrical body placed in the annular jet which flows out of the nozzle of the first body of revolution. The investigation was carried out at the effective Mach number M_j approx=1,24 at the nozzle exit. It was shown that the nondimensional surface pressure at each measured point on the blunt-nosed body p was practically invariable at the values of the ratio of stagnation pressure in the nozzle plenum chamber to atmospheric pressure N=p_(oj)/p_a=1,637…4,143.
机译:我们介绍了在放置在环形射流中的钝鼻圆柱体上的压力分布的实验结果,该环形射流从第一旋转体的喷嘴流出。 在喷嘴出口处的有效马赫数M_J大约1,24处进行调查。 结果表明,在喷嘴压力室中的停滞压力与大气压中的滞隙压力比率的值下几乎不变,在钝的咬合体P上的非尺寸表面压力实际上是不变的n = p_(oj)/ p_a = 1,637 ...... 4,143。

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