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8-OthersPANSYSPdyna
- 有限元的一些示例，结构动力学的由浅入深的一个基础性学习，是我们学校老师的资料。希望给大家一点帮助-Some examples of finite element structural dynamics of a progressive approach to basic learning, our school teacher data. I hope to give everyone a little help
chapter2
- Matlab有限元结构动力学分析与工程应用 chapter2-Matlab finite element structural dynamics analysis and engineering application
Modalresponse
- 结构动力学有限元计算，基于MATLAB模态频响分析方法-frequency response analysis
BeamElement11
- 结构动力学有限元计算，基于MATLAB梁单元分析方法-beam fe analysis
m-files
- 《Matlab有限元结构动力学分析与工程应用》的源程序，m文件，第二章到第八章。-" Matlab structural dynamics finite element analysis and engineering applications," the source, m file, Chapter II to Chapter VIII.
MATLAB-Codes-for-FEA
- Matlab在有限元中的应用经典教程，从结构动力学基本方程到编程方法-Matlab tutorials in classical finite element the basic equation of structural dynamics to the programming method
M-Files
- 包括有限元的基本方法和步骤、结构的动力特性和响应分析、单元的质量矩阵和刚度矩阵的建立及典型结构的动力学分析、工程应用和数值仿真等内容。-Including the basic methods and steps of finite element, structural dynamic characteristic and response analysis, element stiffness matrix and mass matrix of typical structure and dy
Dynamic-analysis-in-Matlab
- 《Matlab有限元结构动力学分析与工程应用》电子书及书中的程序-A e-book Matlab structural dynamics finite element analysis and practical application and the corresponding codes.
usdng
- 利用matalab编制的转子动力学计算软件,其中模型利用有限元建模-Use of matalab programs a software to calculate the rotor dynamics, the model using the finite element modeling
gitter
- 利用matalab编制的转子动力学计算软件,其中模型利用有限元建模(Use of matalab programs a software to calculate the rotor dynamics, the model using the finite element modeling)
chengxu-stiffness
- 结构动力学计算，matlab利用有限元法求刚度矩阵(Computational structural dynamics)
dyn
- 计算多自由度体系动力响应，采用New-mark积分，精度较高。(The dynamic response of multi degree of freedom system is calculated. The New-mark integral is used. The accuracy is higher.)
Fortran编程
- 一种矩形网格有限元算法，适用于高精度的结构动力学分析(a Kind of efficient caculation method)
newmark法matlab程序代码
- newmark法matlab程序代码，来自于Matlab有限元结构动力学分析与工程应用-徐斌
elasticity2d
- 有限元代码2D，来自清华大学计算动力学有限元开源平台(FEM C Code you could use it for learning FEM coding)