1) offset strip fin
锯齿型错列翅片
1.
In order to investigate the thermal-hydraulic performance of offset strip fins at different fluid flow directions,the flow angle β of working fluid flowing through the offset strip fin was defined.
为了解流体在不同流动方向下锯齿型错列翅片的传热及阻力性能,定义了流体在翅片内的流动角度β,以单层翅片为测试对象进行试验研究,按照正交设计法并结合实际情况进行16组翅片的试件安排,得到了不同雷诺数下各翅片的传热及阻力特性。
2.
From a long time, the fundamental research is still scare on offset strip fins taken liquid fluid as working media, which is limited to independent development and innovation of domestic offset strip fin coolers.
长期以来,适合于我国现有加工水平,以液态流体为工作介质的锯齿型错列翅片的基础研究仍然不足,限制了我国锯齿型错列翅片冷却器的自主开发与创新。
2) offset strip fin
错列锯齿型翅片
1.
With CD40 lubricating oil as work medium,under the engine cooling system work conditions,21 geometrical schemes of stainless steel offset strip fins were studied.
考察了齿高、齿距、齿开窗宽度、齿厚、齿型角、错齿距对错列锯齿型翅片流动及传热特性的影响,结果表明:在研究参数范围内,齿高为3。
3) slit fin
锯齿型翅片
1.
Numerical simulation of slit fin cell s flow and heat transfer;
锯齿型翅片单元的流动与传热数值模拟
4) rectangular offset fin
矩型锯齿翅片
5) offset strip fin
锯齿翅片
1.
Test of flow and heat transfer characteristics for offset strip fin;
锯齿翅片的传热与阻力性能试验
2.
The impact of structure parameters on heat transfer and flow resistance was analyzed,such as fin height,fin pitch,fin thickness and the length of truncature of offset strip fin,and such as open percen.
以两种翅片表面(锯齿翅片、打孔翅片)为研究对象,采用FLUENT软件模拟和分析不同结构参数和数对翅片表面传热与流动阻力的影响,得出不同结构参数和操作参数下两种翅片的表面性能曲线;分别分析了锯齿翅片的翅片高度、翅片间距、翅片厚度和切开长度以及打孔翅片开孔率对翅片表面流动与传热性能影响;分析比较了两种翅片的性能。
3.
Entropy generation for Offset Strip Fin compact heat exchangers was analyzed in this papaer.
对锯齿翅片紧凑式换热器进行了熵产分析，将熵产率与无肋情况进行了比较，引入参数Ｎ表征。
补充资料：列翅
1.趔趄。脚步歪斜。
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