Does it mean that for fully incompressible fluid, artificial compressibility should be "ac-zeta = 0.0” ?
1. How can I continue my simulation from the latest time step?
2. Is it able to map the flow field from one case to another case, even regardless the difference of mesh? (Something like "mapFileds" in OpenFOAM)
3. Is there any command in PyFR that we can export all .pyfrs files to .vtu files at once rather than export one time step by one time step?
4. The output file is ".vtu", which is unreadable by text readers. Is there any command to export readable text file such as vtk, csv or text for the entire fluid field for post-processing? (Pretty similar to the output "U" and "p" file in OpenFOAM)
5. I am quite not sure what "[solver-dual-time-integrator-multip]" is in dual-time-stepping solvers, since it is deletable and simulation becomes much faster when it is deleted.
On 31 Oct 2017, at 03:45, Will <hol...@gmail.com> wrote:
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5. I am quite not sure what "[solver-dual-time-integrator-multip]" is in dual-time-stepping solvers, since it is deletable and simulation becomes much faster when it is deleted.
Does it lend itself well to the flux reconstruction method over others? or does it parallelize more easily? I have been reading about the method but would like to be pointed where to look for more information?
Regards,
Kurt sansom