计算的重点放在壁面热流率的预测。
The emphasis is placed on the predictions of the heat transfer rate on the wall.
近壁面采用壁面函数法来处理。
对固壁面采用了壁函数。
壁面机器人是一种极限环境作业的特种机器人。
Wallclimbing robot is a typical robot used in limit environment.
计算得到的壁面压强分布与风洞吹风实验测得的压强分布相一致。
The calculated wall pressure distributions are in good agreement with experimental data by wind tunnel.
底部间隙对各种扰流片引起的壁面压力分布的影响趋势完全相似。
The influences of gap with different height on pressure distribution are in the same manner.
模拟结果表明，壁面滑移对微小通道的熔体充模流动具有明显的促进作用。
The simulation result indicates that wall slip can advance melt filling in micro-channel obviously.
燃烧室和身管入口附近区域处于同一高温水平，相应区域的壁面热负荷较大。
The gas in the combustion chamber and the tube inlet reaches a high temperature level.
接着本文对不同初始半径的单个空化泡在刚性壁面附近的溃灭过程进行了研究。
Then the collapse process of different initial radius single bubble near rigid wall is studied.
射流角度的增加使得小射流形成的壁面射流及通道旋流对板面的强换热作用减弱。
The using of strengthening heat transfer of transverse flow increase as the jet angle increase.
射流角度的增加使得小射流形成的壁面射流及通道旋流对板面的强换热作用减弱。
The using of strengthening heat transfer of transverse flow increase as the jet angle increase.
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