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Friction Reduction and Heat Transfer Enhancement in Turbulent Pipe Flow of Non-Newtonian Liquid-Solid Mixtures.

机译：非牛顿液固混合物湍流管道内的摩擦减少和传热强化。

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Argonne National Laboratory (ANL) has identified two concepts for developing advanced energy transmission fluids for thermal systems, in particular district heating and cooling systems. A test series was conducted at ANL to prove these concepts. This paper presents experimental results and discusses the degradation behavior of linear polymer additives and the flow and heat transfer characteristics of non-melting slurry flows. The test results furnished strong evidence that the use of friction reducing additives and slurries can yield improved thermal-hydraulic performance of thermal systems. 5 refs., 5 figs. (ERA citation 13:045530)

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作者
Choi, U. S.; Liu, K. V.;
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年度 1988
页码 1-16
总页数 16
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Cooling Systems; Slurry Pipelines; Synthetic Lubricants; Additives; Decomposition; District Heating; Fluid Flow; Heat Transfer; Heat Transfer Fluids; Polymers; Tribology; ERDA/420400;

机译：冷却系统;泥浆管道;合成润滑剂;添加剂;分解;区域加热;流体流动;传热;传热流体;聚合物;摩擦学; ERDa / 420400;

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专利

1. 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

机译：使用对流系数和摩擦系数的标准相关方程快速识别气体，以增强湍流管道中的热传递
2. 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
3. A Simplified Method for Calculating Heat Transfer Coefficients and Friction Factors in Laminar Pipe Flow of Non-Newtonian Fluids [J] . D. A. Cruz, P. M. Coelho, M. A. Alves Journal of Heat Transfer . 2012,第9期

机译：非牛顿流体层流中传热系数和摩擦系数的简化计算方法
4. Heat transfer enhancement of water pipe flow with drag reduction surfactant by using turbulent promoters [C] . Hideo Inaba, Naoto Haruki, Akihiko Horibe, 日本伝熱シンポジウム . 2000

机译：用湍流启动子通过阻力减少表面活性剂的水管流动热传递增强
5. AN EXPERIMENTAL AND ANALYTICAL STUDY OF HEAT TRANSFER TO POLYMER SOLUTIONS IN TURBULENT PIPE FLOWS UNDER CONSTANT WALL HEAT FLUX (VISCOELASTIC, NON-NEWTONIAN). [D] . YOON, HYUNG KEE. 1986

机译：恒定壁面热通量（粘弹性，非牛顿）下湍流管道中聚合物溶液传热的实验和分析研究。
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 and momentum transfer analogies for the transitional and turbulent flow of a non-Newtonian power-law fluid in a heated pipe [O] . P. Wangskarn, B. Ghorashi 1990

机译：用于加热管中的非牛顿电力 - 律流体过渡和湍流的热和动量转移模拟
8. Pressure Drop and Heat Transfer in Turbulent Non-Newtonian Pipe Flow of Advanced Energy Transmission Fluids [R] . Choi, U. S. , Liu, K. V. , Kasza, K. E. 1988

机译：先进输送流体湍流非牛顿管流中的压降与传热

Friction Reduction and Heat Transfer Enhancement in Turbulent Pipe Flow of Non-Newtonian Liquid-Solid Mixtures.

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