Vulnerabilidad y riesgo sísmico de los edificios residenciales estudiados dentro del Plan Especial de evaluación del riesgo sísmico en la Comunidad Valenciana

Lanzarote, Begoña Serrano; Cordovez, Rafael Ramón Temes

doi:10.3989/ic.13.182

Cited by 5 publications

(3 citation statements)

References 4 publications

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“…damages by seismic phenomenon, such as that by(Serrano-Lanzarote and Temes- Córdovez, 2015), who presented a study on the seismic vulnerability in the Valencian Community, Spain, for the assignment of vulnerability to each type of building. They carried it out according to the opinion of experts and contrasted said information through the application of the vulnerability index method (Pavel et al, 2018).…”

mentioning

confidence: 99%

Methodologies for the evaluation of seismic vulnerability in masonry structures

Guzmán¹,

González-Durán

Flores³

et al. 2023

Ciencia Latina

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For the evaluation seismic risk, there are evermore complex and elaborate procedures, the functions of fragility and vulnerability a fundamental tool. In the last 30 years, various methods have been developed for the analysis of seismic vulnerability in masonry structures. In this article, some of the most common empirical and analytical methodologies have been revised and are explained in a concise manner, which will help other investigators in the field to decide which method is the most suitable, depending on the available information in the study that is being carried out.

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mentioning

confidence: 99%

Methodologies for the evaluation of seismic vulnerability in masonry structures

Guzmán¹,

González-Durán

Flores³

et al. 2023

Ciencia Latina

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“…Recently, Serrano-Lanzarote and Temes-Córdovez [18] carried out a seismic vulnerability study of the residential buildings in the Valencia autonomous region using the vulnerability index method. However, the damage and losses were computed assuming a hypothetical earthquake and intensity estimates, so a detailed study should be done to improve their results.…”

Section: Introductionmentioning

confidence: 99%

Sensitivity of structural damage to earthquake ground motion scenarios. The torrevieja earthquake case study

Agea-Medina¹,

Molina-Palacios²,

Lang³

et al. 2017

Int. J. CMEM

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Structural damage computation using analytical methods requires the knowledge of the ground motion distribution in the urban area caused by a given earthquake. In this manuscript, the ground motion estimates (i.e. PGA and spectral acceleration values) are obtained through simulation of the 1829 Torrevieja earthquake using the NGA ground motion prediction equations (GMPE). The building stock under consideration has been classified according to the methodology presented in RISK-UE. The computations have been done using the last version of the software SELENA. The epistemic uncertainties of the analysis are accounted for by means of a logic tree computation scheme. The logic tree has two branches for the uncertainty in the earthquake scenario, two branches for the GMPEs and three branches to consider the uncertainties in average shear wave velocity Vs30 (soil conditions). Results indicate large differences derived for the different earthquake loss scenarios (ELE) obtained following each branch of the logic tree.The greatest structural damages and losses are obtained when the earthquake is located in the Bajo Segura fault zone, using Campbell and Bozorgnia GMPE and for soft soil conditions. This article has allowed us to see how the different possible input parameters for ELE should be carefully analyzed for each case study and the importance of providing ELE results in terms of mean values with corresponding uncertainty ranges.

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“…There are many reasons to claim this division between different areas of artificial soil. On the one hand the morphological identification is correlated with the building systems and construction periods that are very useful parameters for the purpose of assessing risks and vulnerabilities [1]. Also the morphological patterns can estimate the costs related to the maintenance of public space and infrastructure, being a useful tool to model the costs [2].…”

Section: Introductionmentioning

confidence: 99%

Method of identifying urban morphologies from cadastral attributes. Evidence from the littoral municipalities of the Valencian community (Spain)

Temes¹,

Moya²

2016

Int. J. SDP

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This paper is a partial result of the Research Project 'Strategies for sustainable regeneration in tourism settlements on the mediterranean coast (ERAM)' (ref. BIA2011-28297-C02-01) Spain National Plan of Research, 2011. The method has been designed with the purpose of identifying the different settlements pattern of the littoral municipalities of the Valencia Region, using the alphanumeric data of Cadastre to achieve this goal. The method has been applied to 59 littoral municipalities, after which the outputs were checked with those from the SIOSE project and from the ERAM's Project partial results 'Typology Map of touristic settlements of the Valencia region'. As the main output obtained, it should be highlighted how the methodology allows a good identification of the parameters in contrast with other reference-based projects. Moreover, we can get a more accurate clustering of morphology thanks to the use of lots divisions elaborated by the Cadastre. This method is possible to be extended to other municipalities allowing some clustering operations by mixing attributes to achieve more general morphologic patterns.

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Vulnerabilidad y riesgo sísmico de los edificios residenciales estudiados dentro del Plan Especial de evaluación del riesgo sísmico en la Comunidad Valenciana

Cited by 5 publications

References 4 publications

Methodologies for the evaluation of seismic vulnerability in masonry structures

Methodologies for the evaluation of seismic vulnerability in masonry structures

Sensitivity of structural damage to earthquake ground motion scenarios. The torrevieja earthquake case study

Method of identifying urban morphologies from cadastral attributes. Evidence from the littoral municipalities of the Valencian community (Spain)

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