In the present article we propose a new simplified method for assessing the seismic performance of large mountain reservoirs. The pseudo-empirical regression model is established on the basis of decoupled dynamic analyses performed on 7 accelerograms applied to 33 structural and geotechnical configurations. We study the influence of embankment geometries and mechanical properties on the prediction of earthquake-induced permanent displacements estimated by Newmark analyses. We also discuss the relevance of our model by carrying out comparisons with existing simplified models and with post-seismic field observations on earth dams. A regression analysis using parameters of interest provides a pseudo-empirical predictive equation to carry out rapid, preliminary assessments of the seismic performance of mountain reservoirs.
A simplified method for estimating Newmark displacements of mountain reservoirs / Veylon, G.; Luu, L. H.; Mercklé, S.; Bard, P. Y.; Delvallée, A.; Carvajal, C.; Frigo, Barbara. - In: SOIL DYNAMICS AND EARTHQUAKE ENGINEERING. - ISSN 0267-7261. - ELETTRONICO. - 100:(2017), pp. 518-528. [10.1016/j.soildyn.2017.07.003]
A simplified method for estimating Newmark displacements of mountain reservoirs
FRIGO, BARBARA
2017
Abstract
In the present article we propose a new simplified method for assessing the seismic performance of large mountain reservoirs. The pseudo-empirical regression model is established on the basis of decoupled dynamic analyses performed on 7 accelerograms applied to 33 structural and geotechnical configurations. We study the influence of embankment geometries and mechanical properties on the prediction of earthquake-induced permanent displacements estimated by Newmark analyses. We also discuss the relevance of our model by carrying out comparisons with existing simplified models and with post-seismic field observations on earth dams. A regression analysis using parameters of interest provides a pseudo-empirical predictive equation to carry out rapid, preliminary assessments of the seismic performance of mountain reservoirs.File | Dimensione | Formato | |
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Veylon et al - 2017 - SDEE - author version.pdf
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https://hdl.handle.net/11583/2676352
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