求解

Introducing the affixation variables instead of solving non linear equation, we can make use of several corresponding points on the object and obtain a group of linear equations.

通过引入了中间变量，以避免求解非线性方程，在物体上选择多个特征点，可以得到一个线性方程组。

Please design an algorithm to solve the aforementioned problems.

请设计一个算法求解上述问题。

With Airy stress function, a plane elasticity problem can be simplified to solve a biharmonic function equation.

通过引入Airy应力函数，平面问题可以归结为在给定的边界条件下求解一个双调和方程。

Author presents stress component's expression under polar coordinate while a single force is applied to horizontal rock formation by means of Airy's stress function.

：通过极坐标系下的艾里应力函数法，求解出在集中力作用下水平岩层中各应力分量。

A stress function involving several unknown co efficients was constructed in the solution process, and the stress and displacement expressions were obtained through traditional Airy stress function methodology. After the fixed end boundary condition was treated with two methods, the unknown coefficients in stress function were determined with stress and displacement boundary conditions, and the analytical solutions were achieved.

在求解过程中，构造了一个含待定系数的应力函数，通过Airy应力函数解法，给出了应力和位移的表达式，对固支端边界条件采用两种处理办法，利用应力和位移边界条件，确定应力函数中的待定系数，得到了应力和位移的解析解结果。

As a result,an algebraic curve is obtained which is the zero level set of the algebraic function.

曲线重建过程可以归结为求解线性方程组问题。

The differential equation and algebraic equation are calculated separately so as to use proper methods based their own characteristics.

将微分方程与代数方程的解算问题分离，根据各自的特点选用适当的方法求解。

At the end of this paper somereferences of solving algebraic equation on this instrument are introduced to illustratehow this instrument is applied.

此外，还介绍了在求根仪上求解代数议程的有关知识，以便干应用此仪器。

Using orthogonal function expansion technique the problem can be summa-rized into the solution of infinite algebraic equation systems.

用正交函数展开的方法，将待解的边值问题归结为求解一组无穷代数方程组。

Governing equation discrete, solving of the conjugated algebraic equation set and SIMPLE method are also discussed in this paper.

同时对方程离散、方程组的耦联求解及SIMPLE算法等数值计算以及湍流及其模型等问题进行了论述。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。