- Project Details
- Simulation Parameters
Inviscid simulation of a shock tube with same gas in driver and driven sections and open or closed ends.
| author | |
|---|---|
| published | 13 Nov 2015 |
| project id | 2015/j5DaBeV |
| software | OpenFOAM v2.3.0 |
| views | 1336 |
| tags | 1D, shock, tube, shocktube, compressible, inviscid, laminar, rhoCentralFoam |
| export citation |
| \(T_\text{driven}\) | \(C\) | |
| \(T_\text{driver}\) | \(C\) | |
| \(end\ type\) | \(\) | |
| gas | \(\) | |
| \(L\) | \(m\) | |
| \(p_\text{driven}\) | \(kPa\) | |
| \(p_\text{driver}\) | \(kPa\) | |
| \(x_\text{diaphragm}/L\) | \(\) |
Description
Archiving Terms and Conditions
- Archiving cannot be undone.
- Archived projects are publicly accessible from the EnGen homepage, and the permanent link to the project page can be used in a publication, manuscript, or on-line post.
- Archived projects cannot be changed to preserve their results; however, registered users are free to copy the project to their personal directories to make changes.
- Any site visitor (registered or not) can view the project parameters and access the results. Warning: the project privacy settings no longer apply.
- EnGen reserves the right to remove archived projects at our discretion.
Colin McRae, "1D Shock Tube (1-Gas)," ThinkSOLN EnGen [online database], 2015, https://engen.thinksoln.com/projects/2015/j5DaBeV.
Comments
You must be logged in to comment.
No comments available.
