CLASSIFICATION OF MEANS OF ENHANCEMENT OF HEAT TRANSFER FROM THE OUTER SURFACE OF PIPES (SURVEY OF PATENTS)

I. O. Mikulionok

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CLASSIFICATION OF MEANS OF ENHANCEMENT OF HEAT TRANSFER FROM THE OUTER SURFACE OF PIPES (SURVEY OF PATENTS)

机译：从管道外表面上增强传热的分类（专利调查）

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摘要

A classification of means of enhancing heat exchange from the outer surface of individual and grouped pipes is proposed. The most characteristic designs proposed by domestic and foreign designers and inventors along with their advantages and drawbacks are considered.

机译：提出了从个体和分组管的外表面增强热交换的装置的分类。考虑了国内外设计师和发明人提出的最具特色设计以及其优缺点。

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来源
《Chemical and Petroleum Engineering》 |2019年第6期|491-499|共9页
作者
I. O. Mikulionok;
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作者单位

National Technical University of Ukraine (Sikorskiy Polytechnical Institute of Kyiv) Kyiv Ukraine;

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原文格式 PDF
正文语种 eng
中图分类
关键词
pipe; outer surface; enhancement of heat transfer; classification; designs;

机译：管;外表面;增强传热;分类;设计;

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专利

1. 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
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：热转移管状横向翅片表面增强中热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实
4. A New Solution for Automatic Control of Heating Systems in Buildings Based on Measuring Heat Transfer Through Outer Surfaces [C] . DANIEL POPESCU WSEAS International Conference on Automatic Control, Modelling and Simulation . 2008

机译：基于测量通过外表面的蓄热式加热系统自动控制的新解决方案
5. Time-dependent enhanced heat transfer in oscillating pipe flow. [D] . Zhang, Guo-jie. 1988

机译：随时间增加的振荡管道中的热传递。
6. Numerical Investigation of Heat Transfer Enhancement in a Rectangular Heated Pipe for Turbulent Nanofluid [O] . Hooman Yarmand, Samira Gharehkhani, Salim Newaz Kazi, -1

机译：矩形湍流纳米流体加热管传热强化的数值研究
7. HEAT TRANSFER BETWEEN SOLID SURFACES IN CONTACT HAVING A RELATIVELY LARGE GAP (EXTERNAL THERMAL RESISTANCE OF A HEAT PIPE) [O] . Yasushi Koito, Masakazu Tsurumoto, Fumiya Hatano, 2014

机译：在具有相对较大的间隙（热管的外部热阻）之间的固体表面之间的热传递
8. Pulse Mitigation and Heat Transfer Enhancement Techniques. Volume 3. LiquidSodium Heat Transfer Facility and Transient Response of Sodium Heat Pipe to Pulse Forward and Reverse Heat Load [R] . Chow, L. C., Hahn, O. J., Nguyen, H. X. 1992

机译：脉冲缓解和传热增强技术。第3卷。液钠传热装置和钠热管对脉冲正向和反向热负荷的瞬态响应

CLASSIFICATION OF MEANS OF ENHANCEMENT OF HEAT TRANSFER FROM THE OUTER SURFACE OF PIPES (SURVEY OF PATENTS)

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