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File:Mayotte modélisation Tsunamis potentiels Thèse Poulain et étude fig04.jpg

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Maximum sea-surface elevation (MSSE) in meters calculated for the eight scenarios (resolution: 50 m)

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Description
Français : Altitude maximale de la surface de la mer (MSSE) en mètres calculée pour les huit scénarios de tsunami engendrés par des glissements sous-marins d'origine sismique (résolution : 50 m) : (a) Piton 200, (b) Piton 100, (c) 3 Lobes, (d) nouveau volcan, (e) nord versant, (f) versant sud, (g) versant ouest et (h) versant ouest. Les volumes des glissements de terrain et les temps de couplage utilisés sont indiqués pour chaque scénario. La ligne noire en gras = littoral Histolitt (SHOM) ; Les simulations faites avec FUNWAVE-TVD ont été exécutées sur un cluster composé de 4 à 8 nœuds, chacun avec 24 cœurs de traitement CPU. Les simulations sur le DEM de 50 m prennent entre 15 et 36 h. Les simulations sur le MNT 10 m durent entre 28 et 50 h.
English: Maximum sea-surface elevation (MSSE) in meters calculated for the eight scenarios (resolution: 50 m): (a) Piton 200, (b) Piton 100, (c) 3 Lobes, (d) new volcano, (e) north slope, (f) south slope, (g) west Canyon and (h) west slope. The volumes of the landslides and the coupling times used are indicated for each scenario. The bold black line is the Histolitt coastline from SHOM. The simulations performed with FUNWAVE-TVD were run on a cluster composed of 4 to 8 nodes, each with 24 CPU processing cores. Simulations on the 50 m DEM take between 15 and 36 h. Simulations on the 10 m DEM last between 28 and 50 h.
Date
Source https://comptes-rendus.academie-sciences.fr/geoscience/articles/10.5802/crgeos.138/
Author Pablo Poulain ; Anne Le Friant  ; Rodrigo Pedreros  ; Anne Mangeney  ; Andrea G. Filippini  ; Gilles Grandjean  ; Anne Lemoine  ; Enrique D. Fernández-Nieto  ; Manuel J. Castro Díaz  ; Marc Peruzzetto

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