If you are interested in buying Source Code of solver which results are shown below, please take a look for that link about "Fluid" CFD solver: CLICK HERE
| Example | Program | Picture | Animation | Description | Paper |
|---|---|---|---|---|---|
| Fluid v1.3 Demo | fluidv132_install.exe |   |
N/A | All next examples are calculated with program Fluid v1.3 (linux version). | N/A |
| Fluid | N/A |   |
csplash.mpg (~1.3 Mb) | Splash of liquid drop. New method for fluid visualization - red color for horizontal velocity, green color for vertical, and blue for pressure. | N/A |
| Fluid | N/A |   |
splash.mpg (~3.1 Mb) | Splash of liquid drop. | N/A |
| Fluid | N/A |   |
drop1.mpg (~670 Kb) drop2.mpg (~1.8 Mb) |
Formation of liquid drop. | N/A |
| Fluid | N/A |   |
sluza.mpg (~2.7 Mb) | Opening a damn. | N/A |
| Fluid | N/A |   |
fontanna.mpg (~1.5 Mb) | One small hole... | N/A |
| Example | Program | Picture | Animation | Description | Paper |
|---|---|---|---|---|---|
Prandtl Meyer Expansion Wave |
Download SourceCode.zip |   |
.avi (~2.4 Mb) | Abstract from the report: Prandtl Meyer expansion wave solution. This project work report provides a full solution of the governing Euler equations in strong conservation form for the Prandtl-Meyer expansion wave problem. The well known analytical solution to the problem of expansion wave is compared with a numerical solution. In that paper, I will provide a full solution with simple C code. In solution an explicit MacCormack's predictor-corrector finite difference method was used. Some new ideas for visualization of vector and scalar fields will be shown. All figures in that report will be shown in a physical grid instead of computational grid, where all calculations were made. |
Report in PostScript .ps.zip (~600kb) |
| Available papers | ||
|---|---|---|
| "Incompressible Couette Problem",
Maciej Matyka , University of Linkoping, CFD Project Report
|
.ps | .ps.zip |