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1)  annular duct
环形通道
1.
Laminar heat transfer inside concentric annular duct in en trance region and effects of variable fluid properties;
环形通道内层流入口段换热及流体变物性的影响
2.
The swirling turbulent flows in an annular duct under different conditions are nu-merically simulated with a new algebraic Reynolds stress model.
应用一种合理考虑湍流一旋流相互作用及湍流脉动各向异性的新的代数ReynoldS应力模型,对环形通道内的湍流旋流流动进行了数值模拟。
3.
A new algebraic Reynolds stress model,which properly accounts for turbulence\|swirl interactions and non\|isotropic turbulence, is employed to numerically simulate swirling turbulent flows in an annular duct.
本文应用一种考虑湍流旋流相互作用及湍流脉动各向异性的新的代数Reynolds应力模型,对环形通道内的湍流旋流流动进行了数值模拟。
2)  annular channel
环形通道
1.
Experiment study was also conducted using annular channels with gap sizes of 1.
在充分考虑干涸后弥散流区域液滴、过热蒸汽以及加热壁面间的各换热过程的基础上,提出了一个预测环形通道弥散流换热的理论模型,同时针对1。
2.
Post-dryout boiling heat transfer with deionized water flowing through narrow annular channel under the conditions of medium pressure(1.
对以水为工质在中压(1 5~6 0MPa)、低质量流速(52 89~84 20kg/(m2·s))下的双面加热环形通道内的流动沸腾干涸后传热进行了实验研究。
3.
It was shown that heat transfer coefficient increases with increasing heat flux,mass flux and decreasing gap of the annular channel.
建立了环形通道内环状流的分相流模型 ,通过求解质量、动量及能量守恒方程 ,得到了液膜的厚度、膜内速度、温度的分布以及换热系数 。
3)  annular channel
环形流道;环形通道
4)  annular passage
环形通道,环形风道
5)  horizontal annular passage
水平环形通道
6)  narrow annuli
环形窄缝通道
1.
Based on the present model,the theoreti- cal calculation was performed to predict the flow characteristics for the developed flow in narrow annuli with the gap sizes of 1.
对环形窄缝通道内单相流动特性进行了分析,提出了理论模型预测环形窄缝通道内单相流动阻力特性。
2.
Numerical research was carried out on the convection heat transfer characteristics(in bilaterally)heated narrow annuli under the conditions of fully developed flow,where the inner and outer walls were heated by uniform but unequal heat fluxes.
对双面加热环形窄缝通道内单相水处于充分发展流动情况下的对流换热特性进行了数值计算。
补充资料:3200m~(3)高炉和环形出铁场(武汉钢铁公司新3号高炉)


3200m~(3)高炉和环形出铁场(武汉钢铁公司新3号高炉)


-·,川-一、 、书.鑫氢
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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