Effect of Heat Transfer Surface Shape on Efficiency of Gas Dynamic Temperature Stratification

A. A. Tsynaeva; M. N. Nikitin

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Effect of Heat Transfer Surface Shape on Efficiency of Gas Dynamic Temperature Stratification

机译：传热表面形状对气体动态温度分层效率的影响

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The effect of shape of heat transfer surface on efficiency of temperature stratification in Leontiev's supersonic tube is studied. Studies show that efficiency of the device increases by 1.5–2.25 times in the case of parabolic studs.

机译：研究了传热表面形状对Leontiev的超音速管温度分层效率的影响。研究表明，在抛物线螺柱的情况下，器件的效率增加了1.5-2.25倍。

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《Russian Aeronautics》 |2017年第4期|共5页
作者
A. A. Tsynaeva; M. N. Nikitin;
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作者单位

Samara State Technical University;

Samara State Technical University;

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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
heat transfer between moving bodies and gases; aerothermodynamics; turbulent fluxes; temperature stratification; supersonic flow; heat transfer intensifiers; fins; studs; shape; surface;

机译：移动体和气体之间的热传递;湍流助势;温度分层;超音速流动;传热增强器;鳍;螺柱;形状;表面;表面;表面;表面;表面;表面;表面;表面;表面;

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专利

1. Effect of Heat Transfer Surface Shape on Efficiency of Gas Dynamic Temperature Stratification [J] . A. A. Tsynaeva, M. N. Nikitin Russian Aeronautics . 2017,第4期

机译：传热表面形状对气体动态温度分层效率的影响
2. Design method for heataerodynamic efficiency in enhancement in tubular transversely finned surfaces of heat transfer. 1. survey and analysis known studies. physical substantiation of novel types of enhanced surfaces [J] . Ye. N. Pismenny Промышленная Теплотехника . 1999,第2a3期

机译：增强管状传热管横向翅片表面的热空气动力学效率的设计方法。 1.调查和分析已知研究。新型增强表面的物理证明
3. Design method for heataerodynamic efficiency in enhancement in tubular transversely finned surfaces of heat transfer. 1. survey and analysis known studies. physical substantiation of novel types of enhanced surfaces [J] . Ye. N. Pismenny Промышленная Теплотехника . 1999,第2a3期

机译：增强管状传热管横向翅片表面的热空气动力学效率的设计方法。 1.调查和分析已知研究。新型增强表面的物理证明
4. Investigation of Immersed Coil Heat Exchangers in regard to Heat Transfer and Storage Stratification [C] . William Logie, Elimar Frank, Michel Y. Haller, International Conference on Solar Heating, Cooling and Buildings . 2010

机译：浸入式线圈热交换器关于传热和储存分层的研究
5. Estimation of surface temperature, surface heat flux and heat transfer coefficient in the platform of inverse heat conduction problems. [D] . Soujoudi, Ramin. 2013

机译：在逆导热问题的平台上估算表面温度，表面热通量和传热系数。
6. Impacts of Freezing Temperature Based Thermal Conductivity on the Heat Transfer Gradient in Nanofluids: Applications for a Curved Riga Surface [O] . Adnan, Syed Zulfiqar Ali Zaidi, Umar Khan, 2020

机译：基于冻结温度导电性对纳米流体传热梯度的影响：弯曲Riga表面的应用
7. Closure to “Discussion of ‘Experimental Investigation of Radiative Transfer Between Metallic Surfaces at Cryogenic Temperatures’” (1970, ASME J. Heat Transfer, 92, p. 416) [O] . G. A. Domoto, R. F. Boehm, C. L. Tien 1970

机译：关闭“讨论”低温温度下金属表面辐射转移的实验研究“（1970，Asme J.传热，92，p.416）

Effect of Heat Transfer Surface Shape on Efficiency of Gas Dynamic Temperature Stratification

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