1) Louver fins
波纹百叶翅片
2) louver fin
百叶窗翅片
1.
Experimental study on heat transfer and flow resistance of louver fins with 8 different structural parameters were carried out on a wind tunnel test rig.
在风洞试验台上对8种不同结构参数的百叶窗翅片进行传热和流动阻力的性能试验。
3) louvered fin
百叶窗翅片
1.
A 3D numerical simulation for the air flow and heat transfer among louvered fins was derived,and the numerical results were compared with the experimental data from literatures.
本文对空气在百叶窗翅片内部流动和传热建立了三维数值计算模型。
2.
However, when made of aluminum, the pin fins have only 15%-20% heat transfer coefficients higher than those for the louvered fins, while the pressure drops are not influenced by the material properties.
在三维空间上的对流换热模拟表明,铜制的针肋结构的换热系数要高出百叶窗翅片24％-34％,而流阻仅高出10％-16％。
3.
The parallel flow type condenser, which is composed of the flattubes and the louvered fins, is usually designed as the varied cross-section.
平行流式冷凝器由多孔扁管和波纹型百叶窗翅片组成，采用变截面设计，是制冷剂从R-12转换成R-134a的最适合替代机型。
4) wavy fin
波纹翅片
1.
Effect of hydrophilic coating on airside performance of wavy fin-and-tube heat exchangers under dehumidifying conditions;
析湿工况下亲水层对波纹翅片管换热器空气侧特性的影响分析
2.
Numerical analyses of the slitting effects on the thermal and hydraulic performance of a wavy fin;
开缝对波纹翅片流动和换热性能影响的数值分析
3.
Numerical study of air side heat transfer and fluid flow performance of wavy fin heat exchanger under tube-offset conditions;
波纹翅片管心偏移条件下空气侧传热流动性能数值研究
5) V-waffle fin
波纹型翅片
6) wave-like longitudinal fin
波纹形翅片
补充资料：翅人
1.勇士。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条