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Probability-Based Risk Assessment of Landslide/Slope Failure

Chi, Y. Y. / Lee, Y. F. / Juang, C. H. / Wu, Y. L. / Wu, Y. P.

In this paper we present a framework for analyzing the rainfall-induced landslide risk and demonstrate it with a case study of Lushan hot-spring district in Nantou County in central Taiwan. This framework consists of three parts: (1) an approach for determining the probability of landslide/slope failure, (2) a procedure for estimating the landslide-induced losses, and (3) a procedure for computing the total landslide risk. The emphasis of the paper is on the determination of the probability of landslide/slope failure. The proposed framework is further demonstrated through a sensitivity analysis to investigate the influence of various degrees of parameter uncertainty.

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Probability-Based Risk Assessment of Landslide/Slope Failure

Chi, Y. Y. / Lee, Y. F. / Juang, C. H. / Wu, Y. L. / Wu, Y. P.

In this paper we present a framework for analyzing the rainfall-induced landslide risk and demonstrate it with a case study of Lushan hot-spring district in Nantou County in central Taiwan. This framework consists of three parts: (1) an approach for determining the probability of landslide/slope failure, (2) a procedure for estimating the landslide-induced losses, and (3) a procedure for computing the total landslide risk. The emphasis of the paper is on the determination of the probability of landslide/slope failure. The proposed framework is further demonstrated through a sensitivity analysis to investigate the influence of various degrees of parameter uncertainty.

Probability-Based Risk Assessment of Landslide/Slope Failure

Chi, Y. Y. / Lee, Y. F. / Juang, C. H. / Wu, Y. L. / Wu, Y. P.

In this paper we present a framework for analyzing the rainfall-induced landslide risk and demonstrate it with a case study of Lushan hot-spring district in Nantou County in central Taiwan. This framework consists of three parts: (1) an approach for determining the probability of landslide/slope failure, (2) a procedure for estimating the landslide-induced losses, and (3) a procedure for computing the total landslide risk. The emphasis of the paper is on the determination of the probability of landslide/slope failure. The proposed framework is further demonstrated through a sensitivity analysis to investigate the influence of various degrees of parameter uncertainty.

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Title:

Probability-Based Risk Assessment of Landslide/Slope Failure

Contributors:

Chi, Y. Y. (author) / Lee, Y. F. (author) / Juang, C. H. (author) / Wu, Y. L. (author) / Wu, Y. P. (author)

Conference:

Georisk 2011 ; 2011 ; Atlanta, Georgia, United States

Published in:

GeoRisk 2011 ; 979-987

Publication date:

2011-06-21

ISBN:

DOI:

https://doi.org/10.1061/41183(418)106

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Retaining structures , Load and resistance factor design , Geotechnical engineering , Seismic effects , Probability , Risk management , Soil dynamics , Landslides , Slopes , Earthquake engineering , Geohazards , Uncertainty principles

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