fluidsim

To run a Navier-Stokes turbulence simulation, configure a pseudospectral solver with grid, domain, viscosity, and time parameters, then execute the time-stepping loop to generate physical fields and spectra outputs.

Yes, you can launch MPI parallel runs to execute computational fluid dynamics simulations, enabling efficient parametric experiments and benchmark validation across periodic domains using the pseudospectral FFT framework.

The best way to analyze vorticity and spectra from CFD outputs is to use included plotting and loading interfaces after running the simulation loop, extracting spatial means and physical fields for post-processing.

Yes, the pseudospectral FFT framework supports solving stratified flow and shallow water equations on periodic domains, specifically targeting geophysical flow modeling and rotating-flow experiments.

Using periodic domains for turbulence study restricts simulations to boundaryless problems, making it ideal for vortex dynamics and benchmark validation but unsuitable for modeling wall-bounded flows or complex geometries.

To validate benchmarks like Taylor-Green, configure the default solver parameters for the specific case, run the simulation loop, and compare the generated physical fields and spectra against known analytical solutions.