FEniCS–preCICE: Coupling FEniCS to other simulation software

Parallel Left Ventricle Simulation Using the FEniCS Framework

Heart simulation is complex task that requires multiscale modeling on cell, tissue and organ levels. Such structure makes difficult high performance code development and its maintenance. In this paper, we evaluate how scientific software could be used for heart simulation. An overview of existing frameworks for automated scientific computing is presented. The FEniCS framework was chosen since i...

Introduction to Automated Modeling using FEniCS

Manifolds in FEniCS 1.2

Introduction Conclusions References

Coupling environmental data and simulation models for software integration

European framework for online integrated air quality and meteorology modeling (EuMetChem) will focus on a new generation of online integrated Atmospheric Chemical Transport (ACT) and Meteorology (Numerical Weather Prediction and Climate) modeling with two-way interactions between different atmospheric processes including chemistry (both gases and aerosols), clouds, radiation, boundary layer, em...

Data Coupling and Downcasting in Discrete Event Simulation Software

Discrete Event System Specification (DEVS) simulation libraries commonly make use of indirection and, essentially, typeless events as part of their interface specification. This forces library users to employ downcasting and/or strong data coupling in the design of their simulation applications. These techniques are anathema to good object oriented design principles, but seem to be inescapable ...