Hi, yes no prob.
Best regards,
Mariusz
Search found 4 matches
- Sat Feb 13, 2016 2:01 pm
- Forum: code_saturne usage
- Topic: Code Saturne. Installation, Validation and Application
- Replies: 4
- Views: 6540
- Thu Feb 11, 2016 7:35 pm
- Forum: code_saturne usage
- Topic: Code Saturne. Installation, Validation and Application
- Replies: 4
- Views: 6540
Code Saturne. Installation, Validation and Application
Hello there,
Something I've cooked up last year. It is kind of like a cookbook for starting with Code Saturne in which I have described in more or less detail few examples on CS usage ranging from simple pipe flows to current drag on ship hull.
Hope anyone will find it useful! I still should have ...
Something I've cooked up last year. It is kind of like a cookbook for starting with Code Saturne in which I have described in more or less detail few examples on CS usage ranging from simple pipe flows to current drag on ship hull.
Hope anyone will find it useful! I still should have ...
- Sat Oct 10, 2015 12:38 pm
- Forum: code_saturne usage
- Topic: k-omega SST implementation in Code Saturne 4.0
- Replies: 3
- Views: 3997
Re: k-omega SST implementation in Code Saturne 4.0
Thank you Yvan,
I was curious because I've got pretty reasonable results for heat transfer simulations using k-omega SST on the meshes varying between y+ of 14 and 56 (so including the buffer layer).
I have found in Code Saturne BPG 1 – Basic phenomena the following:
The k-omega SST model (ITURB ...
I was curious because I've got pretty reasonable results for heat transfer simulations using k-omega SST on the meshes varying between y+ of 14 and 56 (so including the buffer layer).
I have found in Code Saturne BPG 1 – Basic phenomena the following:
The k-omega SST model (ITURB ...
- Wed Oct 07, 2015 9:23 pm
- Forum: code_saturne usage
- Topic: k-omega SST implementation in Code Saturne 4.0
- Replies: 3
- Views: 3997
k-omega SST implementation in Code Saturne 4.0
Hi all,
Reading through the documentation of Code Saturne 4.0 I've came across following statement about the k-omega SST (page 152, user guide):
" The k − ω SST model provides correct results whatever the thickness of the first cell. Yet, it requires
the knowledge of the distance to the wall in ...
Reading through the documentation of Code Saturne 4.0 I've came across following statement about the k-omega SST (page 152, user guide):
" The k − ω SST model provides correct results whatever the thickness of the first cell. Yet, it requires
the knowledge of the distance to the wall in ...