![]() If not already done, clone this repository using Git or by clicking the *Download* button. The convenience script *createContainer.sh* by default pulls the image tagged with **20-11-19**, which stands for the 20th of November 2019 (the creation date of the image). To avoid running the scripts with *sudo*, follow the (). There are convenience scripts to create and start a Docker container which require root privileges. ![]() Any installed version of () greater than **1.10** will be able to pull and execute the Docker image hosted on (). The Dockerfile is available in a separate (). To make the simulation results reproducible, a Docker image with a pre-configured Basilisk installation has been created. The solver is based on the Basilisk test cases The work was supervised by () at the Technical University of Darmstadt. This project was funded by the German Reseach Foundation (DFG) within the priority program () under the grand *BO 1879/13-2*. Modeling and simulation of convection-dominated species transfer at rising bubbles The solver was used to create the Basilisk simulations described in the PhD thesis: This repository contains the source code and scripts to simulate an axis-symmetric rising bubble in (). # Basilisk volume-of-fluid (VoF)-based flow solver
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