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1·The basic function is the velocity potential.

基本函数是速度势。

2·The basic fuc-tion is the velocity potential.

基本函数是速度势。

3·The accurate velocity potential equation is chosen as a mathematical model of the problem.

选用精确速势方程作为问题的数学模型。

4·Using the perturbation method we have got the fourth order of approximation of the velocity potential to the problem.

运用摄动方法，给出了速度势的四阶近似，然后得到了圆柱表面的无量纲的压力系数和阻力系数。

5·Finally, we give as an example the calculation of complex velocity potential for a twisted duct with square cross-section.

最后给出了一个方形扭曲管的复速度势计算实例。

6·Based on fluid velocity potential, an ALE finite element formulation for the analysis of nonlinear sloshing problems has been developed.

基于流体速度势，本文导出了非线性晃动问题的ALE有限元格式。

7·In order to analyze the influence of fins, a low-order panel method based on velocity potential was used to predict the steady hydrodynamic performance of a podded propeller with fins.

为了分析鳍对吊舱推进器水动力性能的影响，用基于速度势的低阶面元法预报附鳍吊舱推进器的定常水动力性能。

8·Based on potential flow theory, current velocity and ferrying velocity is considered. Confirmative conditions of the velocity potential are established by means of transforming coordinates.

该方法基于势流理论，考虑门桥的漕渡速度和水流速度，通过坐标变换，确定了速度势的适定性条件。

9·For subsonic aerodynamic analysis, Linearized Velocity Potential Theory is used to evaluate the aerodynamic coefficient, and we can get subsonic aerodynamic model of vehicle by Regression analysis.

在进行亚音速气动分析时，应用线化速度势理论计算运载器的气动力系数，而后进行回归分析，得到运载器亚音速飞行时的气动特性模型。

10·C at this point c, this has reached a maximum velocity that it can ever have because all the potential energy has been converted to kinetic energy.

在这个点，达到它能达到的，最大动能，因为所有的势能，都转化成了动能。