Open-source Julia software for spectral methods, fluid dynamics, and geophysical flows.
SpectralFluid brings together numerical tools for solving partial differential equations on Cartesian and spherical domains. The software is designed for readable mathematics, high-order accuracy, and parallel computation on CPUs, GPUs, and distributed systems.
| Project | Purpose |
|---|---|
| Tarang.jl | Spectral and pseudo-spectral PDE solvers using Fourier and Chebyshev methods |
| SHTnsKit.jl | Pure-Julia scalar and vector spherical harmonic transforms |
| GeoDynamo.jl | Rotating convection and self-consistent dynamo simulations in spherical domains |
| BiGSTARS.jl | Bi-global linear stability analysis for geophysical flows |
- spectral accuracy for smooth, multiscale physics
- execution across CPUs, GPUs, threads, and MPI processes
- open implementations that can be inspected, reproduced, and extended
Documentation and examples live with each project. Contributions, questions, and scientific discussions are welcome in their respective repositories.
