FO：流对象

“流对象（Flow Objects）”常被缩写为FO，这一简称便于快速书写和在各类场景中使用。它作为跨领域的通用术语，广泛出现在尚未明确分类的相关文献或讨论中，指代那些描述流动或传递过程的基本单元。

Business process models ( business ecosystems, business processes, and flow objects. )
业务流程模型（业务生态系统、业务流程和流对象(FO)）。
As we discussed in the previous section on flow control objects, there are several ways to do this.
像我们前面讨论过的流控制对象一样，有多种方法可以获取对ServletContext类型的对象的引用。
These cards are an excellent alternative to interaction diagrams, the only drawback being that they lack a visual representation of how messages flow among objects.
这些卡片是交互图的极好选择，唯一的缺点是它们缺少对象之间的消息如何流动的可视化表示。
Based on the fluid dynamics theory, a three-dimensional mathematical model of the incompressible viscous turbulent fluid flow around objects in the stator radial cooling channel is established. The non-uniform fluid velocities along radial and circumferential directions are obtained by the finite volume method.
基于流体动力学基本理论，对定子径向通风沟内具有绕流性物体的不可压缩粘性湍流流体场进行三维数值模拟，得到流体流速沿定子径向和周向的不均匀分布。
With the maturing numerical simulation of flow around objects, CFD-based numerical method has gradually become an effective means of wind engineering.
随着物体绕流数值模拟的日渐成熟，基于CFD的数值方法逐渐成为风工程研究的一种有效手段。

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