GenCFD: Representative samples from each dataset

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Authors: Bogdan Raonic*, Roberto Molinaro*, Samuel Lanthaler*, Tobias Rohner*, Victor Armegioiu, Stephan Simonis, Dana Grund, Yannick Ramic, Zhong Wan, Fei Sha, Siddhartha Mishra, Leonardo Zepeda-Núñez
Cited by: 1

Abstract

This record accompanies the paper Generative AI for Efficient Statistical Computation of Fluids, and the associated code release (Zenodo DOI: 10.5281/zenodo.20744140). In the Main Text we present results on five challenging three-dimensional flow datasets. Because of the severe per-record size limits of Zenodo, this record provides 10 representative trajectories from each dataset rather than the full data. The complete datasets (all trajectories, all macroscopic conditions) are available under a CC BY 4.0 license in a Google Cloud Storage bucket: Naming convention in this record - ` .nc` — 10 trajectories (`member = 10`) from the primary dataset.- ` _single_macro_test.nc` — a single macro sample from the micro–macrodataset, with 10 microscopic realizations. All field variables are float32Physical coordinate arrays (x, y, z, time) are stored in every file Datasets: 1. Taylor–Green vortex — TaylorGreen*.nc2. Cylindrical shear flow — CylindricalShearFlow*.nc3. Cloud–shock interaction — CloudShock*.nc4. Nozzle flow — NozzleFlow*.nc5. Dry convective planetary boundary layer — DryConvectivePlanetaryBoundaryLayer*.nc

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
13 July 2026
Document type
Dataset