The Effect of Hydrodynamic Unsteadiness on the Flow Structure and on the Coefficients of Heat Transfer and Skin Friction under Conditions of Turbulent Pipe Flow of Heat-Transfer Agent

G. A. Dreitser; V. M. Kraev

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The Effect of Hydrodynamic Unsteadiness on the Flow Structure and on the Coefficients of Heat Transfer and Skin Friction under Conditions of Turbulent Pipe Flow of Heat-Transfer Agent

机译：传热剂湍流条件下流体动力不稳定对流动结构及传热系数和蒙皮摩擦系数的影响

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Critical analysis is made of the current status of investigations of heat transfer and hydraulic resistance under conditions of unsteady-state turbulent pipe flow. This analysis is based on the experimental data on the structure of turbulent flows and heat transfer. Comparison is made of experimental and theoretical results.

机译：在非稳态湍流管流条件下，对传热和水力阻力的研究现状进行了批判性分析。该分析基于湍流和传热结构的实验数据。比较实验和理论结果。

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《High temperature: English translation of teplofizika vysokikh temperatur》 |2004年第3期|共7页
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G. A. Dreitser; V. M. Kraev;
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中图分类工程物理学;
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1. The Effect of Hydrodynamic Unsteadiness on the Flow Structure and on the Coefficients of Heat Transfer and Skin Friction under Conditions of Turbulent Pipe Flow of Heat-Transfer Agent [J] . G. A. Dreitser, V. M. Kraev High temperature: English translation of teplofizika vysokikh temperatur . 2004,第3期

机译：传热剂湍流条件下流体动力不稳定对流动结构及传热系数和蒙皮摩擦系数的影响
2. Undershoots in the Heat Transfer Coefficient and Friction-Factor Distributions in the Entrance Region of Turbulent Pipe Flows [J] . Eph M. Sparrow, John M. Gorman, Daniel B. Bryant Journal of Heat Transfer . 2018,第6期

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3. Quick identification of gases for enhancing heat transfer in turbulent pipe flows using standard correlation equations for the convective coefficient and the friction factor [J] . Campo A Applied thermal engineering: Design, processes, equipment, economics . 2005,第13期

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机译：具有恒定壁温加热和增加热通量边界条件的光滑管中具有可变特性的空气和氩气湍流的局部和平均传热特性的试验摩擦系数和平均摩擦系数。
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7. Experimental local heat-transfer and average friction coefficients for subsonic turbulent flow of air in an annulus at high temperatures [O] . M.Dalle Donne, E. Meerwald 1966

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8. Heat-Transfer and Skin-Friction Measurements at a Mach number of 2-44 for a Turbulent Boundary Layer on a Flat Surface and in Regions of Separated Flow [R] . G. E. GADD, W. F. COPE, J. L. ATTRIDGE 1960

机译：对于平坦表面和分离流区域中的湍流边界层，马赫数为2-44的传热和皮肤摩擦测量

The Effect of Hydrodynamic Unsteadiness on the Flow Structure and on the Coefficients of Heat Transfer and Skin Friction under Conditions of Turbulent Pipe Flow of Heat-Transfer Agent

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