English translation for "euler-lagrange equation"

欧拉-拉格朗日方程
欧拉－拉格朗日方程

Related Translations:

lagrange remainder term:  拉格朗日剩余项

euler:  奥伊勒数学家欧拉尤勒由欧拉

euler characteristic:  欧拉示性数欧拉特征数

euler law:  欧拉定律

euler cycle:  欧拉圈欧拉循环

euler xyz:  欧拉坐标；离合

euler tour:  欧拉环游

euler function:  欧拉函数

eulers formula:  欧拉公式

eulers therem:  欧拉定理

Example Sentences:

	1.	A stabilization of constraints in the numerical solution of euler - lagrange equation 方程数值求解的一种违约稳定性方法
	2.	A stabilization of constraints for the numerical solution of euler - lagrange equation in multi - body system 方程数值计算的一类违约修正法
	3.	Least square algorithms and constraint stabilization for euler - lagrange equations of multibody system dynamics 方程的最小二乘法与违约修正
	4.	In this paper , we convert the complex third order eigenvalue problems into the real third order eigenvalue problems . then , based on the euler - lagrange equation and legendre transformation , a reasonable jacobi - ostrogredsky coordinate system have been found , then using nonlinear method , the lax pairs of the real bargrnann and neumann system are nonlinearized , so as to be a new finite - dimensional integrable hamilton system in the liouville sense is generated . moreover , the involutive representations of the solution for the evolution equations are obtained 本文将复的三阶特征值问题转化为实的三阶特征值问题，利用euler - lagrange方程和legendre变换，找到一组合理的实的jacobi - ostrogredsky坐标系，从而找到与之相关的实化系统，再利用曹策问教授的非线性化方法，分别将三阶特征值问题及相应的lax对进行非线性化，从而得到bargmann势和neumann势约束系统，并证明它们是liouville意义下的完全可积系统，进而给出了bargmann系统和neumann系统的对合解。
	5.	Only some fundamental parameters are posted to servers , which can complete the modeling , numerical analysis , management , and animation simulation . the results are given to the client . the distributed simulation system can automatically build myltibody systems dynamics equations using euler - lagrange equations in global coordinates 用户可以在客户端提交运动学仿真所需要的基本参数，在服务器端完成系统数学模型的自动建立、数值分析及数据管理，相应的数据和图形仿真结果反馈回客户端。
	6.	For the regular curves , we find two killing fields for the purpose of integrating the structural equations of the p - elastic curves and express the p - elastica by quadratures in a system of cylindrical coordinates . for the star - like affine curves , we solve the euler - lagrange equation by quadratures and reduced the higher order structure equation to a first order linear system by using killing field and the classification of linear lie algebra sl ( 2 , r ) , sl ( 3 , r ) and sl ( 4 , r ) . we solve the centroaffine p - elastica completely by quadratures 对于正则曲线的情形，我们发现了两个用于求解p -弹性曲线的结构方程的killing向量场并用积分将p -弹性曲线在一个柱面坐标系中表示出来，而对仿射星形曲线的情形，我们用积分方法解出了欧拉-拉格朗日方程，利用killing向量场及线性李代数s1 ( 2 ， r ) 、 s1 ( 3 ， r )和s1 ( 4 ， r )的分类将高阶结构方程降为一阶线性方程，因此我们用积分完全解出了中心仿射p -弹性曲线。

Similar Words：

"euler xyz controller" English translation, "euler xyz rotation controller" English translation, "euler-cauchy method" English translation, "euler-chelpin han karl" English translation, "euler-gaddum substance p" English translation, "euler-mascheroni constant" English translation, "euler-poincare equation" English translation, "eulercauchy algorithm" English translation, "eulerian angle" English translation, "eulerian approach" English translation