搜索资源列表
1D-Euler-Code-Ver.1
- Here is a 1D Euler code (1D shock tube code) for solving Sod s shock tube problem, using Roe s Approximate Riemann solver, minmod limiter, and 2-stage Runge-Kutta time-stepping. Learn how a second-order non-oscillatory Euler code is written, or just
PCIR-com-SOD
- 0-对串口选择及发送接收功能* 1-对声音高低控制* 2-静音功能* 3-对解霸3000\东方影都与Winamp控制* 4-设定快捷运行程序* 5-关闭显示器* 6-关闭电脑* 7-耳塞或音箱选择* 8-定时关机* 9-闹铃 10-鼠标控制 11-方向控制 12-模拟键盘控制 13-读取遥控指令* 13-要示具备SOD菜单功能*-0- serial choice and send receive capability* 1- on t
sod-problem-by-MacCormack
- 一维 问题，即激波管问题，是一个典型的一维可压缩无黏气体动力学问题，并有 解析解。对它采用二阶精度 两步差分格式进行数值求解。-Use MacCormack difference scheme for solving a two-dimensional shock tube problem
SOD_WENO
- 用5阶weno格式求解sod激波管问题，画出了t=0.14时刻的密度，速度和压力的分布曲线-solve the problem of shock wave in tube by using the 5 order WENO format
sod
- 哈工大计算流体力学大作业，一维sod激波管数值求解matlab程序-HIT CFD large operations, a sod-dimensional shock tube numerical solution matlab program
Sod_Exact_hzw
- 一维激波管问题的精确解，可以直接用，非常经典的计算流体力学算例之一。(one dimensional problem)
sod2
- 用于计算空气动力学激波间断求解，sod格式(Calculation of aerodynamic shock wave intermittently for calculation)
exact
- 求解sod激波管问题精确解，解出了t=0.14时刻的密度，速度和压力(get the exact solution of problem of shock wave in tube)
1-D Sod
- 通过求解黎曼问题来解决一维Sod激波管问题，没有考虑温度因素，包括对密度、速度、压强三个物理属性的计算。(Riemann solution of one dimensional Sod shock tube problem)
小程序
- 各种cfd的fortran小程序，有sod激波管精确解、近似解，shuosher激波管近似解，包含WENO差分格式，牛顿法；还有网格生成书籍。(Various CFD FORTRAN programs, including SOD shock tube exact solution, approximate solution, shuosher shock tube approximate solution, including WENO difference scheme, Newton me
sod
- 利用黎曼解计算sod激波管问题，输出t=0.14时的压强速度密度。(Using Riemann solution to calculate the pressure velocity density of SOD shock tube with output t = 0.14.)