fluidsim

Run a default workflow to execute a 2D Navier–Stokes simulation with moderate resolution and visualize vorticity. This provides an automated setup for high-fidelity computational fluid dynamics analysis using pseudospectral methods.

Parallelize CFD simulations using an MPI-enabled solver that supports high-performance computing environments. This allows parameterized fluid flow simulations to scale efficiently across distributed computing resources for high-fidelity analysis.

Yes, FFT-based pseudospectral methods can be used for stratified and shallow water flows. The solver supports high-fidelity computational fluid dynamics for 2D and 3D Navier-Stokes, stratified, and shallow water flow simulations.

Python supports high-fidelity post-processing for fluid flow analysis through automated output workflows. The solver provides comprehensive output analysis from setup to visualization for research and development purposes.

You do not strictly need HPC environments for parameterized Navier-Stokes simulations, as moderate resolution runs are supported. However, MPI parallelization and HPC support are available for scaling up high-fidelity computational fluid dynamics tasks.