A numerical model for temporal variations during explosive central vent eruptions

Description: An axisymmetrical numerical model has been developed in order to find the temporal evolution of pressure, the position of the exsolution level, the velocity field, the eruption rate, and the amount of erupted material of a shallow, volatile‐rich, felsic magma chamber during a Plinian central vent er...
Language(s): Inglés
Subject(s): Computer Science, Software Engineering , Engineering, Aerospace , Engineering, Biomedical , Engineering, Civil , Engineering, Industrial , Engineering, Manufacturing , Engineering, Marine , Engineering, Multidisciplinary , Engineering, Mechanical , Engineering, Ocean
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Publication Date(s): 2019-09-02T10:12:36Z
Type(s): Artículo científico antes de ser publicado, versión del editor (article)
Rights(s): http://creativecommons.org/licenses/by-nc-sa/3.0/deed.en_US
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