High-resolution 2D lid-driven cavity CFD solver & 30 open benchmark datasets (Re = 100 to 100,000, grids up to 1025x1025). Features O(N^2 log N) DST-I Poisson solver, vectorized ADI, pure central differencing, Batchelor core verification, and research preprint submitted to Computers & Fluids.
python scientific-computing finite-difference cfd navier-stokes computational-fluid-dynamics lid-driven-cavity streamfunction-vorticity vortex-shedding open-benchmark high-reynolds-number spectral-poisson-solver batchelor-theorem
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Updated
Oct 6, 2026 - Python