/ElmerFEM-OpenFOAM-Dakota

Open-source, Finite element method, Finite-volume method, Multi-physics modeling, Multi-phase modeling, Uncertainty quantification (UQ), Optimization, Surrogate modeling, Parallel computing, Parameter studies

Primary LanguagePythonOtherNOASSERTION

This program, Elmer FEM-OpenFoam-Dakota interface, is released under license GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007.

A program for 3 way coupling between open-source software Elmer FEM, OpenFoam and Dakota has been developed. Furthermore, it was succesfully applied to benchmarks. The program along with examples have been provided.

Capabilities: The interface developed provides an open-source framework that integrates data analytics, finite element and finite volume methods. This framework enables a richer understanding of multi-physics/phase predictions in a time sensitive manner. Its key features include uncertainty quantification, surrogate modeling, parallel programming and robust post-processing capabilities.

If you use this program, please cite this repository -- Sandip, A. 2020, Elmer FEM-OpenFOAM-Dakota, v1.0, Zenodo, DOI: 10.5281/zenodo.3934329

About: This program is mantained by Anjali Sandip.

The software versions are listed below. The interface program can be extended to other versions of Elmer FEM, OpenFoam and Dakota with minor modifications.

  • Sandia Dakota version 6.10
  • Elmer version 8.4
  • OpenFoam version 6.0
  • EOF Library version 1.0
  • Operating system: Linux

If you have questions/would like to collaborate/find this software helpful, feel free to contact me at anjali.sandip@und.edu