Research
Mathematical models that account for multiphase, multicomponent transport are essential tools for understanding the behavior of complex geophysical processes, such as magma percolation and dyking. In this project, we focus on numerical modeling and simulation of thermo-chemo-mechanical behavior of the solid Earth within a fully coupled framework. Some simulation results, for example the thermal field and the compositional (mineral/chemical) distribution, are key for prospecting mineral deposits and geothermal exploitation.
Host
Universidad Politécnica de Cataluña
Expected Results
Greater conceptual and technical understanding of magmatic plumbing systems. Practical tools to model the complex mechanical-thermal-chemical processes governing magmatic mineralization systems to assist with exploration and interpretation of geophysical and geochemical observables.