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barexample
- 特征单元法求解非均匀结构的平面应力问题。包括刚度矩阵、质量矩阵，组装程序、主程序等绘图程序。
barexample
- 特征单元法求解非均匀结构的平面应力问题。包括刚度矩阵、质量矩阵，组装程序、主程序等绘图程序。-Characteristic element method for solving non-uniform structure of the plane stress problem. Including the stiffness matrix, mass matrix, assembly procedures, the main progr
assemb_gredu_baksub
- 整体单元刚度矩阵组装的一个小例子（针对梁单元）-Overall element stiffness matrix assembled a small example (for beam elements)
beam-element
- 此程序用于实现结构的有限元计算：将patran中的模型的bdf文件中的单元信息和节点信息保存成txt文档，在matlab中调用，就可实现刚度矩阵、质量矩阵的组装，进而有限元计算-This procedure is used to achieve the structure of the finite element method: bdf file of the model in patran unit information and
MATLAB-FEM-functions
- Matlab有限元函数, 包含杆，梁，三角形，四面体单元的刚度矩阵和组装函数-Matlab Finite Element functions
plane
- !本程序主要用来解决二维平面应力弹性问题（带厚度），在f90上调试通过。 !包含主程序STRESS和三个字程序ELSTMX(KK)、MODIFY、DCMPBD和SLVBD !主程序主要进行基本的输入输出以及最大半带宽的计算，组装总体刚度矩阵计算的应力应变值 !子程序elstmx(kk)计算刚度系数矩阵，生成第kk单元的刚度矩阵k !子程序MODIFY输入节点的集中力，边界节点的位移，对总体刚度矩阵和位移数组和节点力数组作
assemble
- 梁单元总体刚度矩阵组装matlab源程序-The beam element stiffness matrix of MATLAB general assembly source program
CCMEF
- 有限元计算，包括单元信息，高斯赛得而线性方程组求解，以及刚度矩阵的组装等-caculation of the finite element method,involving the basic information of elements,the approaches of solving a a series of linear equations and how to assembly the overall stiffness
StiffnessMatrix
- 基于matlab把杆、梁单元刚度矩阵组装成总体刚度矩阵-Based on matlab to rod, beam element stiffness matrix assembly into the total stiffness matrix
matlab(beam-element)
- 利用MATLAB计算梁单元刚度矩阵，并组装成总体刚度矩阵。-The matlab program used for calculated the stiffness matrix of the beam element.
Bar1D2Node_Assembly
- 计算一维两节点单元刚度矩阵，矩阵的组装求解，数值计算很方便(Bar1D2Node_Assembly.m)
FEM 有限元
- matlab编程，求解有限元，计算固体力学(Solve the finite element, calculate the solid mechanics,matlab)
cmcm交叉模型交叉模态方法
- BeamElementmm 为生成二维平面梁单元的一致质量矩阵 BeamElementStiffness 为生成二位梁单元刚度矩阵 BeamElementStiffness 为组装刚度矩阵和质量矩阵的程序 本程序可以进行有限元模型修正和结构损伤识别，优点是基本解决了测量信息有限的问题。(BeamElementmm is a consistent mass matrix for generating two-dimensional
cantilever-beam-master
- 计算梁单元的形函数，单位质量矩阵等，及其有限元组装，模拟运动情况。(The shape function and unit mass matrix of the beam element are calculated, and its finite element assembly is carried out to simulate the motion.)