fTscale

fTscale is a software library designed for simulating and analyzing fluid dynamics problems. It focuses on providing tools for large-scale simulations, particularly those involving compressible flows. The library is built with performance in mind, aiming to efficiently utilize parallel computing resources. It offers a range of numerical methods and algorithms suitable for various fluid dynamics applications, including those found in aerospace engineering and other fields requiring high-fidelity simulations.

The core functionality of fTscale includes capabilities for solving the Euler and Navier-Stokes equations. It supports different discretization schemes and solvers, allowing users to tailor the simulation approach to their specific needs. The library's architecture is modular, which facilitates extensibility and integration with other scientific computing tools. Furthermore, fTscale often incorporates features for handling complex geometries and adaptive mesh refinement, which are crucial for accurately resolving fine-scale flow structures in challenging problems. Its development emphasizes scalability, enabling researchers and engineers to tackle increasingly complex physical phenomena on high-performance computing (HPC) systems.