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Experimental Study of Three-Dimensional Sidewall Inlet Designed on Wall Mach Number Linear Distribution Curved Surface

机译:壁马赫数线性分布设计三维侧壁入口的实验研究

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Three-dimensional sidewall inlet was designed according to curved surface with wall Mach number linear distribution, and obtained curved surface compression sidewall inlet with both topwall and sidewall using curved surface. The inlet was analyzed by numerical simulation and carried out with wind tunnel test. The results show that the inlet's wall pressure distribution changes smoothly under using curved surface, especially having a good performance under off-design condition. Under Ma=6 and zero angle of attack wind tunnel test, curved surface compression sidewall inlet has a total pressure recovery of 0.544, exit Mach number of 2.70, and pressure ratio of 28 relative to wind tunnel static pressure.
机译:根据具有壁马赫数线性分布的弯曲表面设计了三维侧壁入口,并使用弯曲表面获得弯曲表面压缩侧壁入口和侧壁和侧壁。通过数值模拟分析进样口,并用风洞测试进行。结果表明,进样口的壁压分布在使用弯曲表面下平稳地变化,特别是在偏离设计条件下具有良好的性能。在MA = 6和零攻角风隧道试验下,弯曲表面压缩侧壁入口的总压力恢复为0.544,出口马赫数为2.70,压力比为28相对于风洞静压。

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