搜索资源列表
possion.rar
- 利用1五点差分格式解决的方程为Possion方程,Use of a five-point difference scheme to solve the equation for the Possion equation
Matlabjiedianyouhua
- 将潮流计算公式矢量化处理,利用Matlab编写潮流程序,并将Matlab的m文件编译成COM组件,可简单实现 Matlab和其它语言的混合编程。通过简单的函数调用即可完成如稀疏、解方程等一系列数学运算,并可轻易实现相关图形的 绘制。潮流计算中采用AMD算法对修正方程系数矩阵进行节点优化,并采用LDLT算法进行求解,有效地减少了注入元,计 算速度成倍提高。在混合编程的模式下,提高了程序开发速度、程序可靠性、计算效率和保密性。 -Formula for calculating the
Euler-equation
- 提出了一种解决欧拉方程奇异性的工程算法,从飞行器运动方程人手,推导出具体计算公式.并进行了数值计算验证。该方法无论是理论分析还是工程计算都证明是可行,没有发现原理缺陷和方法误差,不会产生奇异性,在飞行器仿真、模拟和姿态控制中具有普遍的应用和参考价值。-This paper introduces a new method to solve the singuIarity of Euler equation.
matlab-algorithm-highlights
- matlab常用算法集锦,包括各种微分方程求解方法及函数、矩阵、随机数的求解-matlab commonly used algorithm highlights, including a variety of differential equation solving methods and functions, matrix, random numbers to solve
pde-for-solving-partial-differential-equation
- The ebook guides new users of Matlab to solve PDE equations. Easy reading and useful
MISSILE
- 针对三点法三维运动学弹道仿真问题,建立了两种仿真模型 第一种模型采用数值积分算法求解 三点法运动学方程组,求解过程较为复杂 第二种模型利用三维空间相关几何知识,将求解三点法三维运动学 弹道的图解法转化为求解一元二次方程的问题,使求解过程简单直观 最后,对两种模型进行了仿真,并将其 应用到地空导弹制导控制系统的仿真研究中,将理想弹道与控制弹道进行了对比 结果表明,两个模型均解决了一般情形下三点法三维运动学弹道求解的问题,为三点法三维制导律以及弹道特性研究提供了一种方法-Three-po
solve-an-element-three-Fang
- C语言_源代码-如何用C程序解一元三次方程根,pdf-_ C language source code- how to use C program for solving a cubic equation roots, pdf
A-Spectral-Approach-EMD
- Although it has been proven to be particularly effective in many applications,EMD method has several drawbacks. The major problem with EMD is the lack of theoretical Framework which leads to difficulties for the characterization and evaluatio
equation
- sdre solving mfile equation solve
4.-Fixed-point_M.Peter
- Using Fixed point Method to solve nonlinear equation creat by M.Peter
5.-Use-Newton-method-to-solving-simple-Equation_M
- Using Newton Method to solve simple equation created by M.Peter
lizisuanfa
- 粒子算法在处理方程最优解的应用,用于求解方程的最大值或者最小值。-Particle algorithm is applied to solve the optimal solution of the equation, which is used to solve the maximum or minimum value of the equation.