turbulent flows发音

意思翻译

湍流

相似词语短语

flows───v.[流]流动（flow的第三人称单数形式）；n.现金流量

turbulent───adj.动荡的；湍流的；与紊流有关的

turbulent flow───[流]湍流；[流]紊流；湍流; 紊流; 溜

traffic flows───[交]交通流量

flows in───流入

river flows───河道水流

basaltic flows───玄武岩流

capital flows───[经] 资本流动

grow flows───增加流量

双语使用场景

transient turbulent flows were predicted by large eddy simulation in a model combustor with a V gutter flame holder.───模型对带有V型稳定器的模型燃烧室二维瞬态紊流流动进行了大涡模拟。

An high accurate finite volume method for large eddy simulations (LES) was developed to precisely predict complexs incompressible turbulent flows.───为准确预测不可压复杂湍流，提出了一种应用于大涡模拟的高精度有限体积法。

direct numerical simulation (DNS) of incompressible reacting turbulent flows was carried out using a spectral method.───用谱方法对等温反应槽道湍流流动中标量关联量输运进行了三维直接模拟。

This course will provide students a systematic approach to developing a set of constitutive suitable for computation of turbulent flows.───本课程提供学生一套有系统的方法，来发展适合紊流计算的方程式组合。

This paper describes a numerical computing model for cavitating turbulent flows and computes the cavitating flows around a hollow-Jet Valve.───本文介绍了一种空化紊流流动的数值计算模型，并计算了射流放水阀内部的空化流动现象。

Can we develop a general theory of the dynamics of turbulent flows and the motion of granular materials?───我们能否发展出紊流动力学和颗粒物质运动的广义理论？

In the most intensely turbulent flows, we can often discern a semblance of order through the disorder of the eddies.───对大多数强烈湍流，往往可以透过旋涡的混乱看出一种井然有序的外表。

Dynamic large eddy simulations of liquid turbulent flows through a centrifugal impeller───离心泵叶轮内部清水湍流的动态大涡模拟

Selection of numerical computational models of the turbulent flows in heavy medium cyclone flow field───重介质旋流器流场湍流数值计算模型的选择

英语使用场景

In most turbulent flows, for example, only the mean velocity can be measured with a Pitot tube.

The momentum correction coefficient for complex river channels with summation approach over section elements has been developed for steady, uniform and turbulent flows.

This is a consequence of the fact that turbulent flows normally occur at high Reynolds number.

Structures of the skin friction lines (SFL) appearing on a prolate spheroid in laminar and turbulent flows were investigated and compared by using an improved oil-flow visualization technique.

Different topological structures of SFL were ob served in laminar and turbulent flows.

Studies of turbulent flows centre on laboratory experiments.