搜索资源列表
unifrom-tem
- 传热传质的耦合计算程序，专门针对除湿系统。(Conjugate heat and mass transfer in a hollow fiber membrane module for liquid desiccant air dehumidification a free surface model approach)
vdtwrecoge
- 实现一列时间序列的峰峰间隔，很好用，欢迎补充。(To achieve a time series of peak-to-peak spacing)
新建文件夹
- 一维和二维Airy光场的输出，以及不同距离的传输模拟。自加速过程模拟(Simulation of Airy Beam)
Laplace
- 求解椭圆型方程生成二维翼型网格，并采用逐线松弛迭代技术求解了二维翼型绕流，这是CFD计算中的典型例子，是cfd初学者的很好的学习例子。(Solving elliptic equations, generating two-dimensional airfoil mesh, and using line relaxation iterative technique to solve the two-dimensional airfoil flow, which is a typical examp
无粘圆柱扰流
- 有限元法计算无粘圆柱扰流问题，采用1/4部分计算。附件中包含流函数、速度场分布图。(Computation of inviscid cylindrical turbulent flow by finite element method)
各种线性差分格式
- 包含各种常见差分格式及其精度分析，可以作为下一步流体计算的基础。(A variety of common difference schemes and their accuracy analysis can be used as the basis for the next step of fluid computation.)
气体高斯扩散模型模拟_代码
- 高斯扩散模式适用于均一的大气条件，以及地面开阔平坦的地区，点源的扩散模式。排放大量污染物的烟囱、放散管、通风口等，虽然其大小不一，但是只要不是讨论烟囱底部很近距离的污染问题，均可视其为点源。(The Gauss diffusion model is applied to homogeneous atmospheric conditions, as well as to ground open flat regions, and to point source diffusion patterns
liangzhongyanseheqiujing8
- 离散元素法的基本原理是，将研究对象划分为一个个相互独立的单元，根据单元之间的相互作用和牛顿运动定理，采用动态松弛法或静态松弛法等迭代方法进行循环迭代计算，确定在每一个时间步长所有单元的受力及位移，并更新所有单元的位置。主要根据研磨片的参数特性，建立离散元模型，对研磨过程进行模拟，观测磨粒脱落情况，分析不同结合强度，不同研磨压力，不同研磨速度条件下，光纤头和研磨的相互作用情况。(In order to study the rough peak removing from the surface o
双马赫反射
- 求解双马赫反射问题的各种解法，黎曼求解器包括WENO格式和MDCD格式，时间方向采用Runge-kutta 方法，方程包括Euler方程和NS方程。(Program to solve Double Mach Reflection. Use WENO solver and MDCD solver to solve Riemann problem. Use Runge-Kutta to iterate in time scale. Equations conclude Euler equation
VH
- 建立了固定安全时距和可变安全时距模型，进行了线性稳定性分析及启动、跟驰和急停三种情形下的仿真。(The fixed safety time distance and variable safety time distance model are established, and the simulation of linear stability analysis and three cases of starting, following and stopping are carried ou
simu.tar
- 简单的声波方程数值模拟程序，使用二阶有限差分方法，震源为单位脉冲。(The simple acoustic wave equation numerical simulation program, using the two - order finite difference method, the source of the unit pulse.)
bkj
- 计算均匀半空间频率域电磁场分量，可用于地球物理勘探等领域。(The electromagnetic field components in the uniform half space frequency domain can be used in the field of geophysical exploration.)
exam2
- 在matlab中调用数值求根函数对平面光导波的导模进行求解，并计算出导模中所对应的各参数。(In the MATLAB mode on the plane optical wave guide function calls for solving numerical roots, and calculate the parameters of the corresponding guide mode in the.)
exam3
- 在matlab中用数值法求解一阶贝塞尔函数的前10个零点，并作出一阶贝塞尔函数曲线，并在曲线上标注出其零点。(In MATLAB, the first 10 zeros of the first order Bessel function are solved by numerical method, and the first order Bessel function curve is made, and the zero point is marked on the curve.)
exam4
- 根据高斯光束的特性，在matlab中作出束腰半径为0.5mm的高斯光束在束腰处的三维光强分布图。(According to the characteristics of the Gauss beam, the three-dimensional intensity distribution of the Gauss beam with the waist radius of 0.5mm at the waist is made in MATLAB.)
exam5
- 参考各种文献以及实验条件，得到微晶片激光器的各物理参数，在matlab中编程求解该微晶片激光器对应的速率方程组。(Referring to various literatures and experimental conditions, we get the physical parameters of the microchip laser, and solve the rate equations of the microchip laser in MATLAB.)
boltzmann
- 实现采用单弛豫时间，D2Q9速度配置，完成圆形绕流计算。(The single relaxation time, D2Q9 speed to complete the calculation of the flow around a circular configuration.)
Mie
- Mie散射是求解球形散射体与电磁波场相互作用解析解的经典算法。(Mie scattering is a classical algorithm for solving the analytic solution of the interaction between spherical scatterers and the electromagnetic wave field.)
multi-beam (matlab)
- Matlab模拟多光束干涉光场分布，文件内包含计算所得的两束，三束，四束光干涉的光场分布。程序内可任意改变光束参数(this part of matlab code is used to stimulate the distribution of the strength of the multi-beam interference)
oofem-2.5
- OOFEM是一个开源多物理并行有限元程序的面向对象的架构。这个项目的目的是提供高效率和强大的有限元计算工具，以及提供高度模块化和可扩展性的发展环境。(OOFEM is an object oriented architecture of an open source multi - Physical parallel finite element program. The purpose of this project is to provide efficient and powerful f