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Credit Name
Chiara P Montagna
Full Name
Montagna, Chiara Paola
Chiara Montagna
Scopus Author ID
Researcher ID
I am a researcher at the INGV, a public research and monitoring institution in charge of all things environmental in Italy. My work focuses on the physics of volcanic processes: I study how magmas move within volcanoes' feeding systems, and how this dynamics relates to geophysical observables such as seismicity, ground deformation and gravity anomaly measured at the Earth surface. I am a physicist by background: I hold a BSc, an MSc and a PhD in Physics from the University of Pisa, on variuos subjects related to plasma physics. My studies provided me with a strong knowledge of fluid dynamics as well as statistical mechanics, which I can now apply to understand the physics of volcanic systems. I make strong use of high-performance-computing for my research. I perform numerical simulations to solve the multi-phase, multi-component equations of fluid dynamics of magmatic systems, characterized by non-ideal equations of state and mixture properties. I use in-house parallel codes that I have contributed to developing; I program in C++ and Fortran, and more recently I started using OpenFOAM, a powerful and versatile open-source CFD platform. I also enjoy analytical modeling, which I find very useful in order to get a first-order glimpse on how the investigated processes evolve. My research is specifically focused on. pre-eruptive thermo-fluid magma reservoir processes, how and why they can or not trigger eruptions. the geophysical and geochemical records that those processes are able to generate, and how we can retrieve the causative link between non-measurable deep processes and observable monitoring signals. numerical modeling of multi-phase fluid flows
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Results 1-9 of 9 (Search time: 0.031 seconds).

Issue DateTitleAuthor(s)
110-Oct-2017From magma ascent to ash generation: investigating volcanic conduit processes by integrating experiments, numerical modeling, and observationsPolacci, Margherita* ; de' Michieli Vitturi, Mattia* ; Arzilli, Fabio* ; Burton, Michael. R.* ; Caricchi, Luca* ; Carr, Brett* ; Cerminara, Matteo* ; Cimarelli, Corrado* ; Clarke, Amanda B.* ; Colucci, Simone* ; Costa, Antonio* ; Degruyter, Wim* ; Druitt, Timothy* ; Engwell, Samantha* ; Esposti Ongaro, Tomaso* ; Giordano, Daniele* ; Gurioli, Lucia* ; Haddadi, Baptiste* ; Kendrick, Jackie* ; Kueppers, Ulrich* ; Lamur, Anthony* ; Lavallée, Yan* ; LLewellin, Edward* ; Mader, Heidi* ; Metrich, Nicole* ; Montagna, Chiara* ; Neri, Augusto* ; Rivalta, Eleonora* ; Saccorotti, Gilberto* ; Sigmundsson, Freysteinn* ; Spina, Laura* ; Taddeucci, Jacopo* 
22012Magma convection and mixing dynamics as a source of Ultra-Long-Period oscillationsLongo, A.* ; Papale, P.* ; Vassalli, M.* ; Saccorotti, G.* ; Montagna, C. P.* ; Cassioli, A.* ; Giudice, S.* ; Boschi, E.* 
329-Jul-2013Magma flow between summit and Pu‘u ‘O‘o at Kılauea Volcano, Hawai‘iMontagna, C. P.* ; Gonnermann, H. M.* 
42022MagmaFOAM-1.0: a modular framework for the simulation of magmatic systemsBrogi, Federico* ; Colucci, Simone* ; Matrone, Jacopo* ; Montagna, Chiara Paola* ; de' Michieli Vitturi, Mattia* ; Papale, Paolo* 
52020Modeling of a gas slug rising in a cylindrical duct and possible applications to volcanic scenariosFarina, Angiolo* ; Matrone, Jacopo* ; Montagna, Chiara Paola* ; Rosso, Fabio* 
66-Mar-2017Non-Newtonian flow of bubbly magma in volcanic conduitsColucci, Simone* ; Papale, Paolo* ; Montagna, Chiara Paola* 
72009A numerical code for the simulation of magma-rocks dynamicsLongo, A.* ; Barsanti, M.* ; Papale, P.* ; Vassalli, M.* ; Montagna, C. P.* ; Bisconti, L.* ; Saccorotti, G.* 
8Mar-2017Pressure evolution in shallow magma chambers upon buoyancy-driven replenishmentPapale, Paolo* ; Montagna, Chiara Paola* ; Longo, Antonella* 
92017Signature of magmatic processes in strainmeter records at Campi Flegrei (Italy)Bagagli, Matteo* ; Montagna, Chiara Paola* ; Papale, Paolo* ; Longo, Antonella*