Data for Atmospheric Flow Simulation Strategies to Assess Turbulent Wind Conditions for Safe Drone Operations in Urban Environments

doi:doi:10.25835/727jszhs

Data for Atmospheric Flow Simulation Strategies to Assess Turbulent Wind Conditions for Safe Drone Operations in Urban Environments

This data contain all relevant model steering, output, plot, and analysis files that were used to create the publication "Atmospheric Flow Simulation Strategies to Assess Turbulent Wind Conditions for Safe Drone Operations in Urban Environments" in the journal Journal of Wind Engineering and Industrial Aerodynamics.

The zip files must be combined into a single zip archive after the download.

BibTex:

@dataset{_S_Giersch_and__O_El_Guernaoui_and__S_Raasch_and__M__Sauer_and__M_Palomar_2022,
    abstract = {This data contain all relevant model steering, output, plot, and analysis files that were used to create the publication "Atmospheric Flow Simulation Strategies to Assess Turbulent Wind Conditions for Safe Drone Operations in Urban Environments" in the journal Journal of Wind Engineering and Industrial Aerodynamics.

The zip files must be combined into a single zip archive after the download.},
    author = { S. Giersch and  O. El Guernaoui and  S. Raasch and  M.  Sauer and  M. Palomar},
    doi = {10.25835/727jszhs},
    institution = {AG PALM},
    keyword = {'Large-Eddy-Simulation', 'Turbulence', 'Unmanned Aerial Vehicle', 'Urban Air Mobility'},
    month = {feb},
    publisher = {LUIS},
    title = {Data for Atmospheric Flow Simulation Strategies to Assess Turbulent Wind Conditions for Safe Drone Operations in Urban Environments},
    url = {https://service.tib.eu/ldmservice/vdataset/luh-data-dronewaves},
    year = {2022}
}