搜索资源列表
2D_fdtd
- 采用fdtd计算二维电磁场,没有边界条件 优点:可以打印输出Ez场分布
exam4_1
- 等效结点力 单元刚度矩阵的坐标变换 整体刚度矩阵 边界约束条件的处理 -Equivalent nodal force of element stiffness matrix of the overall stiffness of the coordinate transformation matrix to deal with boundary conditions
exam4_2
- 等效结点力 单元刚度矩阵的坐标变换 整体刚度矩阵 边界约束条件的处理 -Equivalent nodal force of element stiffness matrix of the overall stiffness of the coordinate transformation matrix to deal with boundary conditions
exam4_2_post
- 等效结点力 单元刚度矩阵的坐标变换 整体刚度矩阵 边界约束条件的处理 -Equivalent nodal force of element stiffness matrix of the overall stiffness of the coordinate transformation matrix to deal with boundary conditions
SeqListcode
- 顺序表的源程序,顺序表的基本操作实现实验 ,实验要求是:数据元素类型ElemType取整型int。按照顺序存储结构实现如下算法(各算法边界条件和返回结果适当给出): 1)创建任意整数线性表(即线性表的元素值随机在键盘上输入),长度限定在25之内; 2)打印(遍历)该线性表(依次打印出表中元素值); 3)在线性表中查找第i个元素,并返回其值; 4)在线性表中第i个元素之前插入一已知元素; 5)在线性表中删除第i个元素; 6)求线性表中所有元素值(整数)之和;
SIMPLE-FINITE-ELEMENT-METHODS
- 有限元方法求解laplace 方程(matlab),可以用混合单元,混合边界条件-sloving Laplace eauations with finite element methods.
M2
- 利用渤、北黄海M2同潮图找出北纬34度开边界条件,通过画网格线确定北纬34度处M2的振幅迟角度数。再利用运动方程与控制场以及渤、北黄海水深数据确定M2分潮的潮位在一个周期的变化情况。-Use of the Bohai Sea, the North Yellow Sea the M2 with tidal Figure identify open boundary conditions of 34 degrees north latitude, by drawing grid lines to d
2D_M2
- 利用渤、北黄海M2同潮图找出北纬34度开边界条件,通过画网格线确定北纬34度处M2的振幅迟角度数。再利用运动方程与控制场以及渤、北黄海水深数据确定M2分潮的潮位在一个周期的变化情况。-Use of the Bohai Sea, the North Yellow Sea the M2 with tidal Figure identify open boundary conditions of 34 degrees north latitude, by drawing grid lines to d
ThrSample1
- 三次抽样插值的第一类边界条件插值,用于数据处理和科学计算,适合matlab科学计算者参考。-First boundary condition cubic interpolation interpolation sampling, data processing and scientific computing is used for scientific computing matlab reference.
CH7
- 差值求解的fortran,如牛顿插值,Hermite插值等,同时涉及三次样条插值的边界条件-The difference between solving fortran, such as Newton interpolation, Hermite interpolation, while the boundary conditions involving cubic spline interpolation
ANSYS
- ANSYS 电磁搅拌 连续铸钢过程 数值模拟 湍流模型 前处理 计算 后处理 边界他条件-He boundary conditions ANSYS electromagnetic stirring continuous casting process simulation of turbulent pre-processing computing model
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- 无网格法2D悬臂梁算例 Nitscha法施加边界条件-Meshless method
wave-equation
- 声波波动方程数值模拟,时间2阶空间12阶,PML吸收边界条件,及组合地震照明程序,对地震初学者有很大帮助-Numerical simulation of acoustic wave equation, time, second-order space 12 order, PML absorbing boundary conditions, and a combination of earthquake lighting program, the earthquake of great help