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cantileverbeam
- 包含了三个程序 分别是对悬臂梁的波数，色散关系和振型模态的求解-Contains three programs are the wave number of the cantilever, the dispersion relation and the vibration mode solution
The-frequencies-and-mode-shapes
- 通过简短的matlab程序，实现对二维悬臂梁的固有频率和振型计算。-The frequencies and mode shapes of the 2D cantilever beam
Beam
- ANSYS参数化语言写的计算悬臂梁自由振动振型图的程序！-APDL code for Beam Vibration
xuanbiliang_chudijuzhen
- 采用传递矩阵法对悬臂梁系统进行主振型求解。-Using transfer matrix method to solve the main vibration mode of the cantilever beam system.
natural-frequencies-and-mode-shapes
- 用有限元计算悬臂梁的固有频率和振型，可以输入梁的段数了关系频率-Section with finite element cantilever natural frequencies and mode shapes, you can enter the number of the relationship between the frequency of the beam
FEM
- 利用有限元方法求解悬臂梁的振动问题,输入节点数可以算出前六阶振型，计算固有频率-Using the finite element method to solve the vibration problem of a cantilever beam, the input nodes can calculate the first six vibration mode, calculate the natural frequency
1_damage
- 模态计算：计算具有一处裂纹的悬臂梁,计算其任意阶振型及固有频率-modal calculation
Cbeam
- 悬臂梁的振动特性问题，解决了悬臂梁的固有频率以及模态振型-C-F beam，freq，mode
Cbeam
- 悬臂梁自由梁振动振型，可以根据要求设置尺寸、材料参数(The free beam vibration mode of cantilever beam can set the size and material parameters according to the requirement.)
xuanbiliang
- 以悬臂梁为例，用有限元法编程生成质量矩阵和刚度矩阵（采用平面梁单元，单元数在10到30之间）。 使用matlab的用于广义特征值问题分析的函数（eig(A,B,'chol')，该命令使用乔莱斯基分解的方法，计算对称矩阵A和对称正定矩阵B的广义特征值问题。A对应刚度矩阵，B对应质量矩阵）计算梁的前三阶固有频率和振型，计算得到梁的前三阶固有频率和振型，并画出振型图。(Taking cantilever beam as an example, the mass matrix and stiffness
1151810101-王德雅-实验三
- 可以分析悬臂梁的固有频率以及这根悬臂梁的模态，可以将振型图画出(The natural frequencies and modes of a cantilever beam can be analyzed.)
motaifenxi_1
- 用于Matlab计算悬臂梁模态分析，计算固有频率和振型(Modal analysis of cantilever beam)
悬臂梁(假设模态法，解析法，瑞利里兹法)
- 用于求解悬臂梁前3阶固有频率和振型（假设模态法，解析法，瑞利里兹法）(It is used to solve the first three natural frequencies and modes of cantilever beam (assumed mode method, analytical method, Rayleigh Ritz method))
求解悬臂梁振型系数
- 用matlab编写的悬臂梁振型系数方程求解，输入所需所需参数获得系数