资源列表
temperature_control
- 利用Abaqus子程序UAMP实现PID控制。(PID control is implemented using the Abaqus subroutine UAMP.)
Desktop
- 非线性光学书后程序，分布求解，参考作用研究问题不同，方程不同(Nonlinear Optics Post-book Procedure)
遗传算法实例
- 用matlab展现遗传算法的计算过程。例子为求0.711*t1-0.084*(a0*t4*t1/(t2-t1+t3))+0.7*(t4-t3)+0.091*t2+0.162*(a0*t2*t4/(t2-t1+t3))这个看起来很复杂的式子的最小值,各个变量的约束条件在代码里写了出来。(Matlab is used to show the calculation process of genetic algorithm. The example is to find the minimum val
1
- 此代码为FLUENT模拟TIG焊电弧的UDF，包括能量、动量、UDS的源项等(This code is UDF of FLUENT simulating TIG welding arc, including energy, momentum, source term of UDS, etc.)
qp
- 实现二次规划，分别给出了等式约束的二次规划和一般的二次规划，还有示例程序(In order to realize the quadratic programming, the quadratic programming with equality constraints and the general quadratic programming are given respectively, as well as the example program)
MCMC
- 目标参数分布情况很复杂，我们想求相关的目标参数（f（x））很难，所以想通过MCMC从目标函数采取样本估计我们想要的结果，大致流程构造一条马尔可夫链去逼近目标函数，从其稳态装下抽取样本。(The distribution of target parameters is very complicated, and it is difficult for us to find the relevant target parameters (f (x)), so we want to use MCMC
solver_mod
- 相场基础书籍的配套计算代码，对于学习相场法的基础同学来说极其有用(The supporting calculation code of the phase field basic book is extremely useful for the students who are studying the basic method of the phase field method.)
PSO_yueshu
- 带有不等式/等式约束的加速粒子群算法（apso），主要通过罚函数来进行约束，速度较快，可处理带约束问题(Accelerated particle swarm optimization (APSO) with inequality / equality constraints, which is mainly constrained by penalty function, is fast and can deal with constrained problems)
matlab计算代码
- 分形理论计算，粗糙面结合面的法向载荷和法向接触刚度计算(fractal thoetry simulation)
相场动力学方法模拟枝晶生长的计算代码
- 模拟存物质的相场法运算，可以看到最后图像以及运算完成后的相场分布，不包含长耦合(Modeling Melt Convection in Phase-Field Simulations of Solidification)
单自由度地震能量计算的程序matlab
- 使用双线性滞回模型的单自由度 弹塑性时程分析，MATLAB编程(Single degree of freedom elastoplastic time history analysis using bilinear hysteretic model, MATLAB programming)
光孤子传播过程 非线性薛定谔方程
- 本模拟是采用分步傅里叶的解，求光孤子在光线内传输过程数值求解薛定谔方程。方程是激光器在光纤中传输的过程。(In this simulation, the fractional Fourier solution is used to solve the Schrodinger equation. The equation is the process of laser transmission in fiber.)