HamiltonCi

HamiltonCi is a software framework designed for computational fluid dynamics (CFD) simulations. It is developed with a focus on parallel computing and efficiency, aiming to provide users with a flexible and extensible platform for solving complex fluid flow problems. The framework is written primarily in C++ and utilizes modern programming techniques to leverage multi-core processors and distributed computing environments.

The architecture of HamiltonCi is modular, allowing researchers and developers to easily integrate new numerical methods, physical models, and boundary conditions. This design promotes rapid prototyping and customization for specific application needs. The framework typically includes solvers for various types of fluid dynamics equations, such as the Navier-Stokes equations, and supports different discretization schemes like finite volume or finite element methods.

HamiltonCi often incorporates tools for pre-processing, such as mesh generation or data input, and post-processing, which includes visualization and analysis of simulation results. Its development emphasizes performance optimization, often employing techniques like domain decomposition and message passing interfaces (MPI) for parallel execution. While specific features and capabilities may evolve with different versions, the core objective remains to provide a robust and efficient CFD solution for academic and industrial research.