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Building impact from Pyroclastic Density Currents
This dataset contains the spatial distribution of mean damage in RV1 at the building level produced by a Pyroclastic Density Current hazard scenario, as presented in the associated study. Contents</
File Size123.6 KB
Data TypeDataset
Published2026
Licensecc-by-4.0
Total Views74
Total Downloads17
This dataset contains the spatial distribution of mean damage in RV1 at the building level produced by a Pyroclastic Density Current hazard scenario, as presented in the associated study.
Contents
- Buildings_PDC_LOD1.shp: polygon layer of buildings with Level of Definition 1 and associated data
- Dynamic overpressure – Pdyn (kPa).lyrx – symbology layer for dynamic overpressure generated by the Pyroclastic Density Current
- Temperature – T(°C).lyrx – symbology layer for temperatures generated by the Pyroclastic Density Current
- Mean Damage – Dynamic Overpressure (PDC).lyrx – symbology layer for mean damage to buildings generated by dynamic overpressures inferred by Pyroclastic Density Currents
- Temperature – T(°C).lyrx – symbology layer for mean damage to buildings generated by temperature field inferred by Pyroclastic Density Currents
Attributes
- newID: building identifier
- fclass: structure class
- use: use class (residential/industrial)
- CAR: 1 if RC (residential) – 100 if RC (industrial) – 0 if other
- MUR: 1 if Masonry (residential) – 100 if Masonry (industrial) – 0 if other
- MATERIAL: 1 if RC, 2 if Masonry, 100 (known material) or 0 (unknown material) if industrial
- Ns: number of storeys
- H_m: mean building height (m)
- SA: Surface area class (m2)
- L_B: in-plan shape ratio (longitudinal/transverse)
- Orient: 1 if longitudinal side parallel to the PDC flow, 2 if orthogonal
- Qfmax_GJ: maximum compartment fire load
- Pdyn_kPa: Dynamic overpressure field (kPa)
- T_C: Temperature field (°C)
- muD_Pdyn: mean damage to buildings from dynamic overpressures
- muD_fire: mean damage to buildings from fire ignited by high temperatures
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Files are hosted on the source repository. Click download to access the full dataset.
Gaetani d'Aragona, Marco (2026). Building impact from Pyroclastic Density Currents. https://doi.org/10.5281/zenodo.19367472