CC BY 4.0Free to use and share, including commercially, as long as you credit the creators.
Size
10.2 GB · 10 GB
How to cite
Huang, J., & van Reeuwijk, M. (2026). Dataset for "Multi-scale flow analysis for scale-aware urban-canopy models [Data set]. Zenodo. https://doi.org/10.5281/zenodo.23587812
Please also cite the publication below that describes it.
Large-eddy simulations of turbulent airflow over 314 realistic urban neighbourhoods from 62 cities in 20 countries, with plan-area densities from 0.05 to 0.75 and several wind directions. Provides canopy-averaged statistics and flow fields, which are useful for canopy parameterisation, model validation and machine learning of urban wind.
224 large-eddy simulations of flow over idealised building-block arrays. They systematically vary plan-area density (8 values, 0.0625 to 0.64), aligned and staggered layouts, 7 building-height distributions, and perpendicular or oblique wind. A parameter sweep for canopy parameterisation and model validation.
Raw simulation data and MATLAB scripts for a multi-scale analysis of flow over heterogeneous urban environments. Useful for urban boundary-layer and roughness research.
Modified source code, simulation directories and postprocessing for multi-layer SURFEX-TEB coupling with Meso-NH for urban climate of high-rise cities. Useful for mesoscale urban modelling.
Météo-France/CNRM campaign from February 2004 to February 2005: a city-centre flux tower and surface stations, boundary-layer profilers and intensive periods on the urban heat island, the urban boundary layer and aerosols. Widely used to evaluate urban canopy schemes such as TEB.
Resulting data and source code for an inhomogeneous wind scheme for urban street canyons, validated against CFD. Useful for street-canyon pollutant dispersion parameterisation.
From Zenodo, added 2026-11-07.
Listed there as “Dataset for "Multi-scale flow analysis for scale-aware urban-canopy models"”. Tags proposed by AI and not yet checked by hand. Spotted a mistake? Tell the portal contacts.