gsclara/urbanuq

Coupling code to use Dakota with OpenFOAM simulations. The original code was used to run different wind speeds, directions and roughness length within an uncertainty quantification framework. It can be further adapted to run other capabilities of Dakota/OpenFOAM.

UrbanUQ

Coupling of OpenFOAM libraries and Dakota for uncertainty quantificatioon purposes.

What is inside?

casebase1.zip: openFOAM case folder with the cases from 0-90 degres in wind direction

casebase2.zip: openFOAM case folder with the cases from 0-90 degres in wind direction

templatedir.zip: ABLConditions.template, initialConditions.template files with symbolic UQ variables x1, x2, x3

cluster_submission.pbs: script to submit to cluster

dakota_of_ASKH.in: input file to run dakota (in this case for polynomial chaos)

LauchSimulationUQ: file to launch a set of simulations with a for loop

simulator_script_cluster: script to set-up the runs for a cluster run based on dakota input using the casebase1, casebase2 and templatedir

simulator_script_local: script to set-up the runs for a local computer run based on dakota input using the casebase1, casebase2 and templatedir

Features

The current set-up works with OpenFOAM 2.3 and Dakota 6.

Configuration

The current set-up uses wind velocity, direction and roughness length as uncertainty variables.

Contributing

If you'd like to contribute, please fork the repository and use a feature branch. Pull requests are warmly welcome.