搜索资源列表
beamFEM
- matlab空间梁单元有限元源程序beam3d。-Matlab space beam FEM source beam3d.
2
- 三维粱单元有限元计算内核，用VC++编写-engine for finite element analysis with the 3-d beam element, coded with VC++
exam8_001
- 本程序采用平面梁单元计算两铰抛物线拱的自由振动特性，希望对学习有限元及程序设计有帮助。-The program uses two hinged planar beam element calculation of the free vibration characteristics of the parabolic arch, the finite element and want to learn programming help.
sanjiaoxing
- 桥梁截面特性计算 主要用于梁桥等 对于设计来说很有必要-The bridge is mainly used for beam section properties calculation is necessary for the design of bridges
simple_beam_Example
- 一个简单的梁的有限元分析程序。用于abaqus的python源代码-A simple beam procedures. Used for abaqus
EX2
- 利用有限元理论，求一二维梁的固有频率和振型。短边固定，给定长度、横截面积，弹性模量及材料密度已知。并对比理论计算结果进行分析。各参数自己设定。-Using finite element theory, seeking a two-dimensional beam natural frequencies and modes. The short side is fixed, given the length, cross-sectional area, modulus of elasticity
dgs
- 自动标注钢束大样，提高出图速度。相信对大家会有所帮助。-Automatic annotation of a large sample of steel beam, improve the speed of chart. I believe that will be helpful to everyone.
Quality-unit-(l=50)
- 简支梁桥50m，可以实现参数化建模，适合毕业设计-Simple Beam Bridge 50m, can achieve the parametric modeling for graduation project
Galerkin
- 伽辽金方法计算前部分，用以计算梁模型自振频率-The first part of Galerkin method for calculating the natural frequencies of the beam model
beam_model
- 根据梁的弯曲振动方程解析求解梁的模态。算法清晰简便！清晰！很好用！-Based on the modal bending vibration equation analytic solution of beam. Algorithm is simple and clear! Clear! Very good use!
1.FOR
- 简支梁桥、连续桥梁桥墩纵横向地震力计算程序。-Simple supported beam bridge, the calculation of continuous bridge pier seismic force, horizontal and vertical seismic force can be calculated
BeamElement11
- 结构动力学有限元计算，基于MATLAB梁单元分析方法-beam fe analysis
bosuyindao
- 采取波束指令制导方式设计的matlab程序，比较适合弹道仿真-Beam guidance system designed to take command of matlab program, more suitable trajectory simulation
vibration
- 这个程序可以用来计算梁结构弹性振动特性，包括固有频率、振型函数等。-To calculate the vibration parameters of free beam
Beanmform
- 频域波束成形算法，适用于所有一维和二维阵列的波束成形计算。对于采样时间较短的信号，采用了2次分段，对于采样时间足够的信号则只需要1次分段计算。计算结果包含成像图结果和各扫描点处的频谱结果-Frequency domain beamforming algorithm, applicable to all one-dimensional and two-dimensional array beam forming calculations. For shorter sampling signal,
dynaRespFD
- 冲击理论指的是计算结构响应的风动荡。这里,结构是一个吊桥,使用连续梁的理论建模。介绍模态耦合模型，尽可能的简单计算横向,纵向和扭转响应。结构的方法是使用。是专为那些已经拥有一些知识领域的随机振动分析和对结构风荷载。-The buffeting theory [1,2] refers to the computation of the response of a structure to wind turbulence. Here, the structure is a suspension br
xlsc
- 钢束伸长量计算程序，加载lisp后，输入xlsc，直接点图纸中的钢束多义线，自动生成伸长量(The steel beam elongation calculation program, after loading lisp, input xlsc, directly point to the steel beam in the drawing line, and automatically generate elongation)
Finite_Element_method
- 以三角形网格为实例，采用有限元法计算悬臂梁的应力分布(Taking the triangular mesh as an example, the stress distribution of the cantilever beam is calculated by the finite element method)
Beam1D2Node
- Matlab编写的梁杆单元的有限元分析，分析应力、应变。(The finite element analysis of beam column element written in Matlab is used to analyze stress and strain.)
T beam bridge model
- 对T梁桥模型进行建模，并完成模态分析以及静力加载分析(Modeling and completing modal analysis of T beam bridge model.)