搜索资源列表
main-program
- 。一维两相流数值模拟 一维两相流数值模拟-One-dimensional two-phase flow simulation
mfix.tar
- 用于计算气固两相流的程序，程序为开源 用于计算气固两相流的程序，程序为开源-MFIX two phase flow code
kmkns-0.1
- A Navier-Stokes Solver for Single- and Two-Phase Flow
ADI
- 流体流动与相变传热的数值模拟课程的课堂小作业，ADI算法，采用有线差分法，计算二维平板的流体稳态流动时的热扩散稳态。-Fluid flow and phase change heat transfer numerical simulation of a small classroom course work, ADI algorithm, using the cable difference method to calculate the flat two-dimensional steady-
ADI-to-TDMA
- 基于TDMA算法的ADI算法，同样是流体流动与相变传热的数值模拟课程的课堂小作业，采用有线差分法，计算二维平板的流体稳态流动时的热扩散稳态。-ADI algorithm for TDMA-based algorithm, the same phase change heat transfer and fluid flow numerical simulation of a small classroom course work, the use of wired-difference metho
ADI-with-TDMA
- 流体流动与相变传热的数值模拟课程的课堂小作业，ADI算法，采用有线差分法，计算二维平板的流体稳态流动时的热扩散稳态。-Fluid flow and phase change heat transfer numerical simulation of a small classroom course work, ADI algorithm, using the cable difference method to calculate the flat two-dimensional steady-
post_mfix
- mfix的后处理程序代码，用于处理其固体两相流的数值计算结果-mfix the post-processing program code for processing the numerical results of the solid two-phase flow
beggs-brill
- BEGGS-BRILL两相管流计算，小弟自己做的，希望对石油工程的同学有帮助-BEGGS-BRILL two-phase pipe flow calculations, younger brother to do it myself, petroleum engineering students
VOF85
- CFD数值模拟的一种高精度数值计算格式，在CFD中应用广泛。VOF是两相流计算的一种常用模型。这是VOF模型的FOR源代码。-CFD numerical simulation of a high-precision numerical algorithm, widely used in CFD. VOF is a commonly used model of two-phase flow calculations. This is the the VOF model FOR source cod
onedimensiontwophase
- 用matlab编写的一维两相渗流数值模拟程序，采用隐压显饱法求解含水饱和度和压力，适合油藏数模编程初学者！-Using matlab to prepare a one-dimensional two-phase flow simulation program, the use of implicit pressure explicit saturation method for solving water saturation and pressure reservoir for the D p
应用fluent进行两相流的仿真
- 应用fluent进行两相流的仿真，内容充实具体，简易使用，是进行两相流仿真的一个很好的算例。pdf文件。(Using fluent to simulate two-phase flow, the content is rich and specific, easy to use, is a good example of two-phase flow simulation)