Protecting the Exhaust Chamber against the Combustion Products of Reactive Engine by the Swirling Jets

机译：通过旋转喷气机保护排气室抵抗反应动力的燃烧产物

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This study considers the flow dynamics and cooling of a bounding surface behind the Laval nozzle. To improve the quality of protection and control the motion of a high-temperature flow, it is proposed to swirl the wall jet. The efficiency of a gas-droplet cooling is analyzed and calculated based on the Kutateladze - Leontiev dependencies.

机译：本研究考虑了拉瓦尔喷嘴后面的流动动态和冷却边界表面。为了提高保护质量并控制高温流动的运动，提出墙壁射流旋转。基于Kutateladze - Leontiev依赖项分析和计算了气体液滴冷却的效率。

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《International Conference on Heat and Mass Transfer and Hydrodynamics in Swirling Flows》|2020年|1 volume (various pagings) :|共7页
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N.E. Shishkin;
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原文格式 PDF
正文语种
中图分类 O35-532;
关键词
Swirling Jets; Kutateladze - Leontiev; flow dynamics;

机译：旋转喷气机;Kutateladze - Leontiev;流动动态;

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4. Protecting the Exhaust Chamber against the Combustion Products of Reactive Engine by the Swirling Jets [C] . N.E. Shishkin International Conference on Heat and Mass Transfer and Hydrodynamics in Swirling Flows . 2020

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Protecting the Exhaust Chamber against the Combustion Products of Reactive Engine by the Swirling Jets

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