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1·With simulation of turbulent fluid field and reacting flows, We direct the experiments more efficiently and correctly.

通过模拟湍流流动和湍流反应流，来加强对实验的指导。

2·Calculated results show that the turbulent fluid flow intensively alters the shapes of temperature field and the solute distribution in thin slab.

计算结果表明，钢液的紊流流动显著改变了薄板坯内温度场形状及溶质浓度的分布。

3·With water as experimental fluid, the turbulent fluid resistance in the SK static mixer was measured and the experimental formula was regressed by this experiment.

以水为实验介质，对SK型静态混合器流体湍流阻力进行了实验测量，回归出实验公式。

4·It is assumed in the two-fluid model that the turbulent and non-turbulent fluids occupy the turbulent flow field intermittently and thus the intermittency phenomena of turbulence are simulated.

二流湍流模型假设湍流流场中的每一点为“湍流”和“非湍流”流体所交替占据，从而模拟了湍流的“间隙”现象。

5·When the Reynolds number for Bingham fluid is larger than a certain value, the flow will transfer from the laminar state to the turbulent state as Newtonian flow does.

和牛顿流体一样，宾汉流体的雷诺数超过一定值后，其流动将从层流向紊流过渡。

6·The characteristic parameters of fluid during the transition in boundary layer are obviously different from that of the laminar flow or the turbulent flow.

边界层转捩流动的特征参数明显不同于层流或湍流，转捩流动的这些特征直接影响着流体的动力、传热特性。

7·This paper discussed the computational condition of Bingham fluid and the development of two-phase turbulent model, chose a model of pulp fibre suspensions, approached the scheme of the simulation.

本文分析了有关宾汉流体的计算及湍流两相流的现状，选择纸浆纤维悬浮液的研究模型，对其数值模拟进行了初探。

8·This paper is an application of Computational Fluid Dynamics in the turbulent flow of a three-dimensional air-conditioned room in which there are heat sources.

本文应用计算流体力学的理论和方法模拟了带内热源的三维空调房间室内气流的湍流流动。

9·The two-fluid mathematical model of turbulent combustion is built, which to depict steady state one -dimensional turbulent premixed flame.

建立湍流燃烧的“双流体”数学模型，用于一维湍流预混稳态火焰的描述。

10·The average shear rate obtained with this method is a more reasonable measurement of the average shear history of fluid in turbulent pipe flow.

对于湍流，按本方法计算的平均剪切率能合理地度量流体的平均剪切历史。