A toolbox for rockfall Quantitative Risk Assessment

Michael Havbro Faber Nielsen; F Agliardi; O Mavrouli; Matthias  Schubert; J Corominas; G. B. Crosta; P Frattini; H. Narasimhan

A toolbox for rockfall Quantitative Risk Assessment

Michael Havbro Faber Nielsen, F Agliardi, O Mavrouli, Matthias Schubert, J Corominas, G. B. Crosta, P Frattini, H. Narasimhan

Publikation: Bidrag til bog/antologi/rapport/konference proceeding › Konferenceartikel i proceeding › Forskning

Abstract

Rockfall Quantitative Risk Analysis for mitigation design and implementation requires evaluating the probability of rockfall events, the probability and intensity of impacts on structures (elements at risk and countermeasures), their vulnerability, and the related expected costs for different scenarios. A sound theoretical framework has been developed during the last years both for spatially-distributed and local (ie single element at risk) analyses. Nevertheless, the practical application of existing methodologies remains …

Originalsprog	Engelsk
Titel	EGU General Assembly Conference Abstracts
Vol/bind	14
Forlag	EGU General Assembly
Publikationsdato	2012
Sider	11703
Status	Udgivet - 2012
Udgivet eksternt	Ja

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Citationsformater

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title = "A toolbox for rockfall Quantitative Risk Assessment",

abstract = "Rockfall Quantitative Risk Analysis for mitigation design and implementation requires evaluating the probability of rockfall events, the probability and intensity of impacts on structures (elements at risk and countermeasures), their vulnerability, and the related expected costs for different scenarios. A sound theoretical framework has been developed during the last years both for spatially-distributed and local (ie single element at risk) analyses. Nevertheless, the practical application of existing methodologies remains …",

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AU - Nielsen, Michael Havbro Faber

AU - Agliardi, F

AU - Mavrouli, O

AU - Schubert, Matthias

AU - Corominas, J

AU - Crosta, G. B.

AU - Frattini, P

AU - Narasimhan, H.

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N2 - Rockfall Quantitative Risk Analysis for mitigation design and implementation requires evaluating the probability of rockfall events, the probability and intensity of impacts on structures (elements at risk and countermeasures), their vulnerability, and the related expected costs for different scenarios. A sound theoretical framework has been developed during the last years both for spatially-distributed and local (ie single element at risk) analyses. Nevertheless, the practical application of existing methodologies remains …

AB - Rockfall Quantitative Risk Analysis for mitigation design and implementation requires evaluating the probability of rockfall events, the probability and intensity of impacts on structures (elements at risk and countermeasures), their vulnerability, and the related expected costs for different scenarios. A sound theoretical framework has been developed during the last years both for spatially-distributed and local (ie single element at risk) analyses. Nevertheless, the practical application of existing methodologies remains …

M3 - Article in proceeding

VL - 14

SP - 11703

BT - EGU General Assembly Conference Abstracts

PB - EGU General Assembly

ER -