1) internally longitudinal protuberant finned tube
带突起纵向内翅片管
1.
The turbulent pulsating flow and heat transfer in an internally longitudinal protuberant finned tube was numerically investigated by solving unsteady three-dimensional elliptical Navier-Stokes equations.
对一种周期性带突起纵向内翅片管通道内的流动与传热特性进行了非稳态三维数值模拟。
2) ridged internal-finned tube
突起内翅片管
1.
Through experiments and numerical simulation methods a study has been conducted of the characteristics of convection heat exchange of ridged internal-finned tubes and a comparison of the above characteristics with the flow and heat transfer characteristics of straight internal-finned tubes performed.
通过试验和数值模拟方法对一种带突起内翅片管内的对流换热特性进行了研究,并与直内翅片管的流动与传热特性进行了对比,实验表明带突起内翅片管的换热特性优于直内翅片管,起到了强化传热的作用,但同时其流动阻力相应增加。
3) longitudinal finned tube
纵向翅片管
1.
Natural convection heat transfer performance of longitudinal finned tube in vertical was studied by numerical simulations.
首先利用数值计算的方法对自然对流条件下竖直放置的纵向翅片管的传热特性进行研究,得到了基管恒壁温下基管高度、翅片长度、翅片夹角及其交互作用分别对散热量和单位质量散热量的影响次序,并获得了计算范围内的竖直纵向翅片管的最优结构。
4) longitudinal fin
纵向翅片
1.
The application of longitudinal fins heat pipe in air-cooled tower;
纵向翅片热管在干式空气冷却塔中的应用
2.
While the longitudinal fin heat pipe is now applied in high temperature industr.
而最早用于工业高温领域的纵向翅片热管具有较低的流动阻力和较高的换热系数,是一种高效优质的换热元件。
5) accumulator with inner fined casing-tube
内纵翅片套管蓄热器
6) internally finned tube
内翅片管
1.
Optimization simulation of heat transfer performance of internally finned tubes with blocked core-tube;
内翅片管中堵塞芯管直径优化的数值模拟
2.
In our studies, internally finned tube that used in heat exchanger for centrifugal compressor can be used to enhance single-phase forced convective heat transfer inside tube.
内翅片管换热器是近年来出现的一种新型高效换热器，其基本特点是将传统换热器中两种介质的流程对调，即让气体走管内，水走管外。
补充资料：突起
1.高耸;凸起。
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