@phdthesis{3f814330335b42c584233eafaabe5b98,
title = "DYKE PROPAGATION PATHS: THE MOVEMENT OF MAGMA FROM THE SOURCE TO THE SURFACE",
keywords = "Volcanotectonics, Dyke propagation paths, numerical modelling, formation and emplacement mechanics of dykes, dyke-fault interaction, volcanic plumbing system, petrogenetic model, Santorini volcano, dyke injection, sheet injection, crustal stresses, rupture frequencies, magma chambers, dyke arrest, dyke swarm, dikes, structural geology, geological mapping, caldera, heterogeneous and anisotropic crustal segments/volcanoes",
author = "Kyriaki Drymoni",
year = "2020",
language = "English",
school = "Royal Holloway, University of London",
}