Numerical solution can be obtained by discrete method.
用离散的方法可获数值解。
Numerical solution coincides with theoretical analysis.
其数值解与理论分析一致。
Finite-difference iterative method is used for numerical solution.
应用差分迭代方法进行了数值求解。
The numerical solution of Euler equations is provided as flow solver .
翼型的流场解由欧拉方程的数值解提供。
The paper gives the numerical solution of the linearized equations of the system.
本文给出了线性化的系统动力学方程的数值解法及算例。
A new method for numerical solution of convective heat transfer problems is presented.
本文给出了一种求解对流传热问题的分步杂交方法。
Parameter of the model and the numerical solution are given using the way of curve fitting.
同时用曲线拟合的方式，给出了模型中参数的确定方法，以及模型的数值解法。
Such a method is of the properties of both analytical solution and numerical solution methods.
该方法既具有解析解法的特点，又具有数值解法的特点。
A new entropy dissipator, based on the second-order difference of the numerical solution is given.
并且给出了一个新的以数值解的二阶差分作为基本模块的熵耗散函数。
The analysis example shows that this method is reasonable and has more precise in numerical solution.
算例表明，这种方法不仅可行，而且具有较高的数值求解精度。
A numerical solution for open resonators with slow varying section waveguides is presented in this paper.
本文给出一种求解缓变截面圆波导型开放式谐振腔的数值计算方法。
Numerical solution of these equations yields the intensity factors and the energy release rate at the crack tip.
求解这些方程组，获得了裂纹尖端的强度因子和能量释放率。
The numerical solution is obtained by finite difference divergence of time, and finite volume divergence of space.
采用时间有限差分离散，空间有限体积离散的方法求问题的数值解。
The numerical solution of wave propagation may be obtained by solving for the differential equation of medium motion.
通过求解介质运动做分方程，获得了波的传播问题数值解。
Here we reveal theoretically the key point to use numerical solution of kinematic wave-artificial attenuation process.
本文通过分析论证，揭示了运动波数值解法的关键技术——人工衰减措施。
The numerical solution can be obtained by calling matrix left division command in MATLAB only once for linear SCLC model.
对于线性模型，只需要调用一次MATLAB矩阵左除命令即可获得其数值解。
An efficient nodal method for the numerical solution of space-time kinetics equation in hexagonal-z geometry was proposed.
提出了一种基于节块内瞬态中子通量展开的六角形几何时-空动力学方程数值解法。
Numerical solution is given to mathematical model of formation temperature field by full implicit finite difference method.
并利用有限差分方法，对温度场数学模型进行数值求解。
Few-body theory can get the precise numerical solution by separating the movement of mass center and the relative movement.
少体理论可以把质心运动和相对运动分离，从而得到精确的数值解。
The results show the techniques have excellent qualities in improving accuracy of numerical solution and reducing CPU time.
通过分析发现自适应网格技术在提高精度、减少运行时间方面显示了优良的性能。
In this paper, the particular solution BEM is used to get the numerical solution for thin plate with supports in the domain.
利用特解边界元法，对具有域内支承的薄板问题建立了边界积分方程，并进行了数值求解。
This paper presents numerical solution for governing equation of flows in curvilinear coordinate system with nonstaggered grids.
介绍一种在非交错网格上，求解非正交曲线坐标系下的流动控制方程的方法。
In this paper, the numerical solution of differential equation is employed to establish the forecasting model of the time series.
本文利用微分方程的数值解法对时间序列建模预测作了新的尝试。
Iintroduce basic calculation idea of ventilation network nodes analysis method and numerical solution on circuit wind flux method.
简要介绍了网络节点法求解的基本思想和回路风量法的数值解法。
By a comparison of the result with that of the analytical solution, the computational error of the numerical solution is discussed.
进行数值求解，通过数值解与精确解的比较，对计算误差的变化规律进行了分析研究。
In this paper, we introduce the numerical solution of nonlinear equation with a integration and discuss the convergence of algorithm.
本文提出了一类含积分的非线性方程的数值算法，并讨论了算法的收敛性。
By means of the numerical solution to deal with the systematical equations, the important flow laws to actual engineering are obtained.
通过数值求解分层流的数学方程，得到了对工程实际应用有重要价值的流动规律。
In this paper a new method of modeling forecasting is given for the time series by using the numerical solution of differential equation.
本文利用微分方程的数值解法对时间序列建模预测作了新的尝试。
This model mainly studies the effects of force and heat caused by inner arc faults and the numerical solution of the effects are given out.
建立的模型对内部电弧故障引起的力和热的效应规律进行研究，并对这两种效应进行了数值求解。
This model mainly studies the effects of force and heat caused by inner arc faults and the numerical solution of the effects are given out.
建立的模型对内部电弧故障引起的力和热的效应规律进行研究，并对这两种效应进行了数值求解。
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