资源列表
code_exp
- UMAT for plane strain and axial symmetry for elastic, linear strain hardening plastic behaviour using explicit integration with continuum Jacobian, using ABAQUS stress and strain quantities. Suitable for large deformations
gf
- 通过查表方式,实现了伽罗华域的四则运算 C++代码-Look-up table method,achieved a Galois field arithmetic C++ code
Zebra888
- vb 编写控制斑马打印机 888--VB Zebra888
lab4_timer
- 设计和实现一个数字振荡器,采样频率为40kHz,输出正弦信号的频率为2kHz-Design and implementation of a digital oscillator, the sampling frequency is 40kHz, the output signal frequency of 2kHz sine
non-recursion-of-binary-tree
- 非递归建立二叉树,可以直接运行。采用堆栈的方法建立二叉树,而不是递归,展示了堆栈的先进后出的特性。数据结构的内容-Establishment of non-recursive binary tree can be run directly. Method to create a binary tree using the stack instead of recursion, showing advanced after stack features
Solidifiction-meltiong-UDF
- 基于fluent的水蒸气凝固熔化的UDF,其它的材料,可以在里面修改先关参数-Based fluent steam solidification of molten UDF, other materials, in which you can modify the parameters related to the first
phaseSeg
- 基于格子-玻尔兹曼方法的相变c++源程序,程序模型是二维Q2D9模型-Lattice- Boltzmann method of phase change c++ source code, the program model is the model of two-dimensional Q2D9
raytracing
- 光线跟踪算法,算法实现了三维空间的渲染,包括阴影,折射,反射等等效果-ray tracing
MOEA
- MOEA/D是一种基于分解的多目标优化算法,这个ppt详细讲解了该算法的特点和方法-MOEA/D is a decomposition-based multi-objective optimization algorithm, this ppt explain in detail the characteristics of the algorithm and methods
zuiyouhua
- 才有matlab实现最优化理论的几个重要算法,分别是最速下降法,内点法,外点法,插值法-Matlab to achieve optimization theory have several important algorithms, namely, the steepest descent method, interior point method, external point method, interpolation method
Volume
- 计算任意空间三角形到XOY平面投影形成的三棱柱体积计算-Calculating any spatial triangle formed to XOY plane projection prism volume calculation
Peg-solitaire-C1
- Peg solitaire is a classical puzzle commonly played on a 33-hole cross-shaped board (also called "the English Board") or a 15-hole triangular board. A valid move is to jump a peg orthogonally over an adjacent peg into a hole two positions away and
