A high fidelity unsteady dataset obtained using fourth order Runge-Kutta time integration and NCCD compact scheme for the 2D square lid driven cavity problem is provided for AI/ML and general research
This data was generated using the pseudo-spectral DNS method outlined in Lee, Dowell, and Balajewicz CNSNS (2017). Filenames denote Reynolds number. Each file contains a velocity snapshot matrix wher
A high fidelity unsteady dataset obtained using fourth order Runge-Kutta time integration and NCCD compact scheme for the 2D square lid driven cavity problem is provided for AI/ML and general research
This data was generated using the pseudo-spectral DNS method outlined in Lee, Dowell, and Balajewicz CNSNS (2017). Filenames denote Reynolds number. Each file contains a velocity snapshot matrix where