1) free convective heat transfer
自流对流传热
2) natural convection heat transfer
自然对流传热
1.
The natural convection heat transfer in the porous medium within a two-dimensional square cavity caused by uneven temperature distribution is studied using LBM.
用格子Boltzmann方法研究了方腔内二维多孔介质由于不均匀温度分布产生的浮力效应而引起的自然对流传热问题。
3) convective heat transfer
对流传热
1.
Progress in research on convective heat transfer of nanofluids;
纳米流体对流传热的研究进展
2.
Experimental study on convective heat transfer characteristics of film cooling with tab;
突片作用下气膜冷却对流传热特性的试验研究
3.
Analytical solutions to convective heat transfer of ideal fluid;
理想流体对流传热问题的理论解
4) convection heat transfer
对流传热
1.
At the same conditions,the convection heat transfer of reverse flow heating device is 1.
加热装置的设置方式对加热效果有重要影响 ,在同等条件下 ,逆流加热装置的对流传热量是顺流加热装置的 1。
2.
Dimensionless analysis is adopted to study the effect of flow and convection heat transfer induced by different force in the welding pool.
分析结果表明:熔深的增长快于熔宽,因为熔深增加的主要机理是小孔效应,而熔宽增加的机理为对流传热作用;表面张力对熔池流动的影响最大,比电磁力的作用大1个数量级,比热浮力的作用大3个数量级;在熔化过程中,对流传热的作用大于热传导作用,Pe数最大值达7。
3.
According to the properties that the convection heat transfer in fractured rock block is affected by geoelectric field in the process of in-situ leaching,the model of convection heat transfer under geoelectric field has been brought out;and the influences have been investigated through the experiments.
根据原地浸出过程中裂隙岩块中对流传热过程受地电场作用的特点,建立地电场作用下裂隙岩块中的对流传热模型,并通过电场作用下岩芯中的对流传热实验,研究地电场作用对裂隙岩块中溶液对流传热特性的影响。
5) heat transfer
对流传热
1.
Characteristics of fluid flow and heat transfer in a rot ating helical rectangle duct;
旋转矩形截面螺旋管内对流传热特性的研究
2.
The friction and convective heat transfer of single phase water flow in a vertical heated tube at natural circulation condition were experimentally investigated.
以常压去离子水为工质,对自然循环工况下上升加热段内单相水的摩擦阻力及对流传热特性进行了实验研究。
3.
The investigation on heat transfer of single phase liquid flow in a tube with natural circulation is performed.
本文以常压去离子水为工质,对自然循环工况下上升加热段内单相水的对流传热特性进行了实验研究。
补充资料：对流传热（heattransferbyconvection）
对流传热（heattransferbyconvection）
组成流体的物质微粒以集团的形式从能量高的热端移动到能量低的冷端而形成的传热。其中由于温度不同而产生密度的差异，在重力场中形成的对流传热为自然对流传热，如在外力的作用下形成物质的流动产生的传热称为受迫对流传递。
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