-
Based on recent unit test failures, it appears that a recent update to OpenMPI and the package Moose installs into conda, may have some MPI issue during execution.
```
mca_base_component_repositor…
-
Create F# functions/equations for each variable in the Navier Stokes Equations, and explain/demonstrate which should be constants or determined by the user
-
Hello,
Thank you very much for sharing your code. I have read the two parts of Physics Informed Deep Learning work and I have tried to run the Navier-Stokes identification code but more than 12 hou…
-
```
As in example 35, we would like to compare the effect of simple
linearization of the convective term with its full resolution via the
Newton's method. In contrast to example 35 which lacks the exa…
-
The paper and the code are both very well done and have been very helpful for my research. I particularly appreciated the detailed explanations and the thoroughness of the experiments.
I cloned this …
-
This is basically taken from #1136. Currently, our idea is to merge the `DGMulti` setup from that PR into `dev`, draft a corresponding `TreeMesh` & `DGSEM` version in another PR, and see how it looks …
-
This issue tracks cleanup and incorporation of my remaining PhD code into iron:develop. This includes 3D-0D coupling and fixes for boundary face integration, as well as any relevant bugs that turn up.…
dladd updated
7 years ago
-
For a transient NS problem it is common to have quadratic for velocity and linear for pressure. Currently NS works if the velocity (quadratic) mesh component is number 1 and the pressure (linear) mesh…
-
## Bug Description
Incorrect pressure at `R=0` boundary when using Navier-Stokes compressible HLLC implementation.
## Steps to Reproduce
```
length = '${units 2 ft -> m}'
D_wick_i = '${u…
-
## Reason
Per #19894 we may want to, in addition to limited surface interpolations, perform limiting of gradients. Additionally we may use the cell-centered limited gradient and cell-centered value t…