An Observation-Driven Model for Simulating Urban Near-ground Wind Fields under Heterogeneous Underlying Surfaces
Abstract
-------------------------Content of the dataset-------------------------****** observations and simulations from the two model configurations ****** 1. Fig5.rar contains the observational data and the simulated data from the two model configurations at different moments used in Fig. 5. 2. Fig6.rar contains the station-comparison data of observed and simulated Response Time Deviation from the two model configurations, the horizontal spatial distribution data from the model simulations, and the plotting scripts used for Fig. 6. 3. Fig7.rar contains the plotting scripts for the scatter plot shown in Fig. 7. 4. Fig8.rar contains the station-comparison data of observed and simulated Response Wind Speed Deviation from the two model configurations, the horizontal spatial distribution data from the model simulations, and the plotting scripts used for Fig. 8. 5. Fig9.rar contains the plotting scripts for the scatter plot shown in Fig. 9. 6. Fig10.rar contains the station-comparison data of observed and simulated Response Wind Direction Deviation from the two model configurations, the horizontal spatial distribution data from the model simulations, and the plotting scripts used for Fig. 10. 7. Fig11.rar contains the plotting scripts for the scatter plot shown in Fig. 11. 8. supplementary materials.rar contains the aerodynamic resistance (AR) map of the Nanjing area, the basemaps of buildings and water bodies, and the color bars used for plotting. -------------------------Contact information------------------------- Zhenxin Liuliuzhenxin@nuist.edu.cn
Fields of Study & Subjects
Wind and Air Flow Studies
Urban Heat Island Mitigation
Meteorological Phenomena and Simulations
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 11 March 2026
- Language
- EN
- Document type
- Dataset