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1·This article USES the finite basic solution to solve the fluid dynamic force of rudders.

本文运用有限基本解方法求解舵的流体动力。

2·The present study is concerned with a fluid dynamic research task of interest to the combustor designer.

本文涉及燃烧室设计者感兴趣的流体力学研究课题。

3·The pressure surge in fluid transmission pipeline is one of the basic characteristics of fluid dynamic flow.

流体传输管道内的压力脉动反映了流体动态流动的基本特性。

4·The state of the mixture in the cylinder is determined by thermodynamic, chemical, and fluid dynamic considerations.

诊断技术就是描述这些参数的表现特征，包括燃烧前后缸内的热动力、化学、流动特性等。

5·In the pipe, the pressure consists of three parts of fluid dynamic, pipe operation pressure and fluid density pressure.

流体的液动力和管路工作压力及液体密度引起的压力三者叠加而形成管内压力。

6·Temperature field, pressure field, energy field and stress field are the main contents in the study of fluid dynamic field.

温度场、压力场、能量场和应力场是流体动力场研究的主要内容。

7·The Fluid Dynamic bearing keeps oil inside the bearing and thus reduce friction inbetween and keep the noise level to a minimum.

流体动态注油轴承可保持稳定注油和减少内部震动，从而获得最小级别的噪音水平。

8·The values of the fluid dynamic force of the bottom rudder and open water rudder are also compared with the related test results.

文中把船底舵、敞水舵的流体动力和有关资料进行了比较。结果表明两者拟合良好。

9·The formation of fluid dynamic force and the occurrence of self-excited vibration and oil film vortex of rotor system are analyzed.

分析了转子轴承系统中流体动态力的形成和自激振动的产生与油膜涡动、油膜振荡的故障。

10·Experiments to investigate the heat transfer and fluid dynamic characteristics of water flowing through micro channels were conducted.

水在微尺度槽道中单相流动和换热的研究，是通过对其流动阻力和换热强度等的实验进行的。