Impact of earthquake on road functionality in terms of vehicular and pedestrian traffic
Authors/Creators
Description
This dataset contains the spatial distribution of road interruption probabilities in RV2 at the census-section level, as presented in the associated study.
Contents
- road_interruption.shp (and related files): polygon layer of census sections
- P_IV.lyrx: symbology for the probability of vehicular road interruption
- P_IP.lyrx: symbology for the probability of pedestrian road interruption
Attributes
- P_INT_VEIC: probability of road interruption for vehicular traffic (P(IV))
- P_INT_PED: probability of road interruption for pedestrian traffic (P(IP))
Description
The dataset represents the results of a simulation-based assessment of road interruption due to debris generated by seismic damage to buildings. Probabilities are evaluated at the census-section level within a virtual testbed representative of typical Italian urban contexts, Inland Returnville (RV2).
For visualization consistent with the figures presented in the paper, the provided .lyrx files should be applied to the shapefile.
Notes
- A value equal to 0 is assumed for the dispersed area.
- The dataset is intended for visualization and reproducibility of the published results.
Coordinate system
The shapefile is provided with an associated .prj file defining the coordinate reference system.
Files
road_interruption.zip
Files
(191.3 kB)
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md5:fd0adc00efa2dd64086d27d1f09bf9ec
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Additional details
References
- Di Domenico M, Ricci P, Polese M, Verderame GM, 2025. A tool to assess road interruption due to earthquake-induced collapse of infill walls in RC buildings. International Journal of Disaster Risk Reduction 128, 105707.https://doi.org/10.1016/j.ijdrr.2025.105707
- Di Domenico M, Ricci P, Verderame GM, 2026. A methodology for assessing earthquake-induced road interruption due to structural and nonstructural debris applied to a virtual testbed. International Journal of Disaster Risk Reduction (submitted).