Based on recent studies on the phenomenon of Soil-Structure Interaction (SSI), the proposal involves structuring a multi-purpose Geographic Information System (GIS) application to integrate geographic, seismological, geological, geotechnical, and structural data of buildings. This allows for assessing geotechnical hazards and associated risks through the production of georeferenced thematic maps. The objective is to comprehensively monitor individual structures using GIS software and develop a methodology that includes knowledge, design, and monitoring of the site and the investigated historical-architectural heritage, with the possibility of replication in other urban contexts.
Development of innovative seismic microzonation maps in a GIS environment for the protection of building heritage
Ettore Mangione
;Michele Mangiameli
;Maria Rossella Massimino
2024-01-01
Abstract
Based on recent studies on the phenomenon of Soil-Structure Interaction (SSI), the proposal involves structuring a multi-purpose Geographic Information System (GIS) application to integrate geographic, seismological, geological, geotechnical, and structural data of buildings. This allows for assessing geotechnical hazards and associated risks through the production of georeferenced thematic maps. The objective is to comprehensively monitor individual structures using GIS software and develop a methodology that includes knowledge, design, and monitoring of the site and the investigated historical-architectural heritage, with the possibility of replication in other urban contexts.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


