- Title: Multiphysics Modeling with the preCICE Coupling Library
- Speaker: Gerasimos Chourdakis, Technical University of Munich
- Authors: Gerasimos Chourdakis, Benjamin Uekermann, + more
- Event: 15th OpenFOAM Workshop, Arlington, VA, USA (switched to online)
- Date: June 24, 2020
Start the presentation - Get the PDF
Find also the slides of my overview talk "A flexible and preCICE solver coupling ecosystem" under overview-talk-slides/.
The coupling library preCICE (www.precice.org, LGPL3) is an established and actively developed project, offering advanced coupling algorithms, mapping techniques, and communication channels. A minimally-invasive, high-level API in C++, C, Fortran, Python, and Matlab allows to exchange coupling participants arbitrarily, treating the numerics of each participant as a black box.
This tutorial will introduce the participants to the basic concepts of preCICE, guiding them to couple two toy solvers in Python. It will then show how the same concepts are applied in the ready-to-use OpenFOAM adapter and demonstrate example cases for FSI or CHT with OpenFOAM and, depending on the interest, CalculiX or deal.II.
Follow the instructions on reveal.js, or just install Node.js 10.0.0 or later and do:
npm install
npm startand go to localhost:8000 to see the slides.
See section "Export to PDF" in the reveal.js documentation.
Decktape does a marvelous job converting this presentation to PDF. Get the Docker image (see Decktape README) and run (for localhost):
docker run --rm -t --net=host -v "$(pwd)":/slides astefanutti/decktape generic --key=" " -p 2000 -s 1920x1440 http://localhost:8000 slides.pdf- License: CreativeCommons Attribution 4.0
- Based on reveal.js. Template based on the "White" template by Hakim El Hattab.
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