BACI: A Comprehensive Multi-Physics Simulation Framework
BACI (“Bavarian Advanced Computational Initiative”) is a parallel multi-physics research code to analyze and solve a plethora of physical problems by means of computational mechanics.
BACI provides simulation capabilities for a variety of physical models, including
- single fields such as solids and structures, fluids, scalar transport, or porous media
- multiphysics coupling and interactions between several fields
- advanced analysis capabilities such as uncertainty quantification, parameter estimation, or optimization
Pre- and post-processing tools facilitate the use of BACI within streamlined application workflows, e.g. in biomechanics and biomedicine, uncertainty quantification, or optimization.
Large parts of BACI are based on finite element methods (FEM, CutFEM), but alternative discretization methods such as discontinuous Galerkin methods (DG), particle methods and mesh-free methods have also been successfully integrated. BACI leverages the Trilinos project for sparse linear algebra, nonlinear solvers, and linear solvers and preconditioners. The research software is fully implemented in C++ using an object-oriented and modular software design. BACI is parallelized with MPI for distributed memory hardware architectures.
BACI is jointly developed by several reasearch groups across Germany (see the list of contributors for details) and in collaboration with many research partners from academia and industry. For a detailed list of scientific contributions - in both method development as well as application-driven research - see the list of publications.