Search results for "Tsunami loads"

showing 2 items of 2 documents

Masonry structures: A proposal of analytical generation of fragility functions for tsunami impact – Application to the Mediterranean coasts

2021

Abstract Evaluation of tsunami vulnerability of coastal buildings is gaining high interest in recent years in the areas with high tsunami hazard. Fragility evaluation is a fundamental step to obtain a quantitative estimation of the probability of building damage and in order to define possible strategies for risk mitigation. Several empirical fragility curves are available for masonry structures. However, an empirical fragility curve is generally based on field surveys after tsunami events, not always available. Conversely, analytical fragility curves are based on prediction approaches. In this paper, a proposal for the evaluation of analytical fragility curves for masonry structures typica…

Fragility curvesHigh interestbusiness.industryMonte Carlo method0211 other engineering and technologiesVulnerability020101 civil engineering02 engineering and technologyMasonryCivil engineering0201 civil engineeringSettore ICAR/09 - Tecnica Delle CostruzioniFragilityTsunami loadsTsunami hazardTsunami fragility functions021105 building & constructionMasonry structuresbusinessRisk managementGeologyCivil and Structural Engineering
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Masonry structures subjected to tsunami loads: Modeling issues and application to a case study

2020

Abstract Tsunamis are among the most dangerous natural disasters for coastal areas experiencing tsunami hazard. One of the major concerns in the assessment of strategies for the risk mitigation is to estimate vulnerability of structures and infrastructures. However, reliable approaches for the evaluation of the structural capacity under tsunami loads are nowadays not always available for all the types of structures, especially masonry. On this aim, the paper deals with the modeling issues of 3D masonry structures subjected to tsunami loads and the effect on the structural behavior of different modeling approaches. First, a brief state of the art on the available studies is presented regardi…

business.industryComputer scienceBuilding and ConstructionStructural engineeringMasonryFinite element methodSeismic analysisSettore ICAR/09 - Tecnica Delle CostruzioniTsunami loadsTsunami hazardArchitectureTsunami modelingAnalysis softwareFinite element modelingMasonryMasonry structureSafety Risk Reliability and QualitybusinessNatural disasterRisk managementCivil and Structural EngineeringVulnerability (computing)Structures
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