Bubbledrive-1: A numerical model of volcanic eruption mechanisms driven by disequilibrium magma degassing (original) (raw)

Journal of Volcanology and Geothermal Research, 2005

Abstract

We have developed a numerical model for magma dynamics in volcanic conduits that involves conduit flow driven by a detailed treatment of bubble growth. The “Bubbledrive-1” model can be characterized by several unique aspects, including treatment of the transient problem, specific eruption triggers, disequilibrium degassing, a full-scale bubble growth module, and steady-state eruption in the case of constant recharge from

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