Effect of Surface Heat Exchange Intensifier Geometry on Heat Transfer Tube Strength

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Effect of Surface Heat Exchange Intensifier Geometry on Heat Transfer Tube Strength

机译：表面热交换增强器几何形状对传热管强度的影响

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Experimental studies of the tensile and compression strength as well as the strength at three-point bending of heat exchange tubes with various types of surface intensifiers, were made. The effect of intensifier geometry on sample strength is shown. The ranges of geometric parameters of intensifiers, which provide high-performance characteristics of heat exchange tubes, and possibilities to improve the maintenance reliability, are given.

机译：制备了拉伸和压缩强度的实验研究以及具有各种类型的表面增强剂的热交换管的三点弯曲的强度。显示了增强型几何形状对样品强度的影响。给出了增强器的几何参数的范围，提供热交换管的高性能特性，以及提高维护可靠性的可能性。

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《Russian Aeronautics》 |2019年第3期|共8页
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正文语种 eng
中图分类航空;
关键词
tube strength; tension; compression; bending; heat exchanger;

机译：管强度;张力;压缩;弯曲;换热器;

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专利

1. Effect of Surface Heat Exchange Intensifier Geometry on Heat Transfer Tube Strength [J] . Russian Aeronautics . 2019,第3期

机译：表面热交换增强器几何形状对传热管强度的影响
2. Variable geometry microchannel heat exchanger modeling under dry, wet, and partially wet surface conditions accounting for tube-to-tube heat conduction [J] . Huang Long, Bacellar Daniel, Aute Vikrant, Science and Technology for the Built Environment . 2015,第5a8期

机译：干燥，潮湿和部分潮湿的表面条件下的可变几何结构微通道换热器模型，说明了管对管的热传导
3. Numerical Simulation and Analysis of Heat Transfer for Different Geometries of Corrugated Tubes in a Double Pipe Heat Exchanger [J] . M. Bayareh, A. Nourbakhsh Journal of Thermal Engineering . 2019,第4期

机译：双管换热器中不同几何形状波纹管传热的数值模拟与分析
4. Effect of number of tube rows on heat transfer enhancement and flow field with different vortex generator geometries in fin-and-tube heat exchangers [C] . M. Mustafa AKBARI, Akira MURATA, Kaoru IWAMOTO, 日本伝熱シンポジウム . 2009

机译：管排数对不同涡流发电机几何形状在翅片管热交换器中传热增强和流场的影响
5. Particle residence time distribution and bulk heat transfer coefficients of two-phase flow in scraped surface heat exchanger and holding tubes. [D] . Alhamdan, Abdullah M. 1995

机译：刮板式换热器和保温管中两相流的颗粒停留时间分布和整体传热系数。
6. Numerical Analysis on Natural Convection Heat Transfer in a Single Circular Fin-Tube Heat Exchanger (Part 2): Correlations for Limiting Cases [O] . Jong Hwi Lee, Young Woo Son, Se-Myong Chang 2020

机译：单圆形翅片管热交换器中自然对流传热的数值分析（第2部分）：限制案例的相关性
7. PENGARUH PERUBAHAN KECEPATAN ALIRAN PADA HEAT EXCHANGER JENIS SHELL AND TUBE TERHADAP KOEFISEN OVERALL HEAT TRANSFER (THE EFFECT OF CHANGES IN THE FLOW RATE ON HEAT EXCHANGER TYPE SHELL AND TUBE TO COEFFCIENT OVERALL HEAT TRANSFER) [O] . Azis Deny Abdul 2016

机译：彭加鲁（PENGARUH）佩鲁巴罕（KEAPEPATAN）阿里兰·帕达（EDRAN PADA）换热器杰尼斯·壳（JENS SHELL）和管特哈达·科菲森（TUHADAP KOEFISEN）的整体换热（流速变化对换热器类型的壳和管的影响是有效的整体换热）

Effect of Surface Heat Exchange Intensifier Geometry on Heat Transfer Tube Strength

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