Deliverable 4.2: Report on recommendations on fragility functions for buildings and infrastructure components to be used in rapid response context
Creators
- Alexandru Tiganescu1
- Ali G. Ozcebe2
- Alireza Kharazian3
- Antonella Di Meo2
- Antonino Famà2
- Atefe Darzi4
- Barbara Borzi2
- Benedikt Halldórsson4
- Bjarni Bessason4
- Caterina Negulescu5
- Dina D'Ayala6
- Dragos Toma-Danila1
- Francesca Bozzoni2
- Georgia Giannaraki7
- Li Sun6
- Mandy Korff8
- Mario Martinelli8
- Marta Faravelli2
- Nikolaos Melis7
- Pierre Gehl5
- Rosemary Fayjaloun5
- Sergio Molina Palacios3
- Stefan Florin Balan1
- 1. Institutul National de Cercetare si Dezvoltare pentru Fizica Pamantului
- 2. European Centre for Training and Research in Earthquake Engineering (EUCENTRE)
- 3. Universidad de Alicante
- 4. University of Iceland
- 5. Bureau de Recherches Géologiques et Minières
- 6. University College London
- 7. National Observatory of Athens
- 8. Stichting Deltares
Description
This deliverable reports an exhaustive state-of-the-art compilation of the most representative seismic fragility and loss estimation models for the buildings and infrastructure components in the testbeds (TBs in the following) of the TURNkey project, which are: TB1-Bucharest (Romania), TB2-Pyrenees (France), TB3-Hveragerði (Southern Iceland) and Húsavík (Northern Iceland), TB4-Patras and Aegio area (Greece), TB5-Port of Gioia Tauro (Italy), and TB6- Groningen (Netherlands). This activity is included within the Work Package 4, aimed at developing and harmonizing seismic physical vulnerability and loss estimation models for structures and infrastructure components within a rapid loss prediction framework. Within a broader context, it may be stated that the contents of this deliverable may also be extrapolated as a useful synthesis of the structural vulnerability standing for the entire European territory.
In the chapter 2 of the document, a detailed list of the fragility and loss estimation models adopted for building taxonomies and infrastructure components is tabulated together with their associated publication/reference and a brief description of the corresponding work. Then, futher important information is syntesized in terms of type, structural typology, intensity measure, damage scale, and the region of applicability referring to each individual fragility/loss model under consideration. In chapter 3, in-depth information and discussion of the vulnerability and loss estimation models presented in Chapter 2 are provided for each TB. Furthermore, background exposure information is also provided. Finally, chapter 4 presents the conclusive summary of the Deliverable.
Files
D4.2_Report on recommendations on fragility functions for buildings and infrastructure components to be used in rapid response context.pdf
Files
(4.5 MB)
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