1) micro flow near a wall
壁面微流动
1.
The results show that,micro flow near a wall reduces capillary pressure gradient and liquid superheat as well as increasing solid-liquid interfacial thermal resistance,worsening liquid film spreading and heat transfer characteristics,effects of which are not to be neglected in the evaporating thin film region.
数值模拟结果表明,壁面微流动会降低毛细压力梯度,增加壁面热阻,降低液相过热度,恶化液膜铺展和传热性能,在薄液膜区不可忽略。
2) Wall film flow
壁面油膜流动
3) wall heat flux
壁面热流
1.
Taking the measured data of the power plant as the inputs of the model, average wall heat flux, drum pressure and steam mass flow rate in the outlet of the system are calculated; by the drives of some typical pertur.
仿真计算了壁面热流、壁面温度、质量含汽率以及质量流速等热力参数在蒸发受热面上的动态分布,结果表明各热力参数在水冷壁上呈现明显的分布参数特性,并且其分布特性随着工况的变化而变化。
4) wall jet
壁面射流
1.
Numerical simulation of combustion in a wall jet combustor;
带壁面射流燃烧室燃烧数值模拟
2.
38mm) and impingement wall surface curvature (semi-cylinder diameter D = 150mm) on impingement wall jet flow and its turbulent structure are presented.
实验研究了狭缝射流撞击圆柱表面后壁面射流区的平均流动和湍流特性。
6) wall streamline
壁面流线
1.
Study and numerical calculation wall streamline distributions for hypersonic vehicle according to Euler equation;
基于欧拉方程的高超声速飞行器的壁面流线生成计算
补充资料:面油
1.润面油脂。
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