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Simulation
SU2, for the shapeas much as the flow
SU2 8.0.1 with MPI, and the Python drivers on the PATH.The container stays up, and your cases sit under /data.
SU2 8.0.14 cores · 32 GBRuns in a shell
hub://su2
$ dxflow workflow create --identity su2 hub://su2
$ dxflow workflow start su2
01Pick a machinecores, memory and a rate per hour
02Create the workflowpulled from the hub, once
03Run it, then stopstopped when the work is done
The application
A solver,and the tools around it
SU2_CFD, SU2_DEF, SU2_SOL, SU2_GEO and SU2_DOT, all on the PATH.
The flow solver
SU2_CFD reads a .cfg and a .su2 mesh, and writes back into /data.
Parallel out of the box
MPI may run as root here, so mpirun -np N needs no further flags.
Shape optimization
SU2_DEF shifts the mesh, and SU2_DOT projects the gradients back.
The shell
No window,just a prompt
The container stays up, and the cases live under /data.
SU2_CFDCommandand the four beside it
/dataStoragemeshes, restarts, history
The container stays upIt idles until you stop it, so the shell is there when you are.
Everything on /dataThe volume is mounted there, and every output is written to it.
Run SU2 on your own machinePick a machine that meets it, and it opens about a minute after you ask.