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3D-beam-jisuanjibeihe
- C++编写“三维粱单元有限元计算内核”，对杆系有限元的理论和C++的理解有了很大提高-C++ written " three-dimensional beam finite element kernel module" , and on finite element theory and the understanding of C++ has been greatly improved
FEM-PPT
- 非常好的有限元课件（英文版）包括： 1.有限元基础 2.桁架结构 3.二维、三维结构 4.梁、框架结构 5.板壳结构 6.动力学分析-Finite Element Method and Application-PPT，include: 1.Foundations of FEM 2.Truss structures 3.2D and 3D solid structure 4.Beam and Frame Structures 5.Plate and S
trans_matrix_beam3d
- a 3d beam finite element method solver
element
- 有限元二维三维梁材料单元，仅供科研用途，拒绝商业使用-2D and 3D finite element beam material element, for scientific purposes, refusing commercial use
UMAT_SMA_BENJABER_ET_AL
- This an Abaqus user material subroutine UMAT in fortran language of a new 3D strain based constitutive model for shape emory alloys developped by Ben Jaber and coauthors in 2008 [1] and improved recently by Ben Jaber 2014 [2] This subroutine in For
A 3D Finite Beam Element
- A 3D Finite Beam Element for the Modelling of Composite Wind Turbine Wings
ycrbeamforming
- 对线阵、圆环阵、柱阵、球面体进行波束形成仿真，先进行阵元分布绘制，利用笛卡尔坐标系，进而任意阵型常规波束形成，绘制二维、三维波束图、方位谱图(For beam forming simulation of linear array, circular array, column array and spherical body, we first draw the array element distribution, and use Descartes coordinate system, an
3D梁单元
- 利用Fortran编程，计算3D梁单元问题(Calculate 3D beam elements problem)
有限元程序MATLAB
- 四杆桁架结构的有限元分析(Bar2D2Node); 三梁平面框架结构的有限元分析(Beam2D2Node); 基于3节点三角形单元的矩形薄板分析(Triangle2D3Node); 基于4节点四边形单元的矩形薄板分析(Quad2D4Node); 基于4节点四面体单元的空间块体分析(Tetrahedron3D4Node); 基于8节点六面体单元的空间块体分析(Hexahedral3D8Node);(Finite element analysis of four bar truss str