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The characterization of thermal transport in fractured rocks is crucial for understanding numerous systems of environmental, geological and industrial importance. Fracture wall roughness exhibits long range spatial correlations and induces a heterogeneous aperture field, thus promoting the formation of preferential flow channels within fracture planes. Here, we develop a modelling approach to identify geometrical parameters of individual fractures that control the heat exchange at the fluid/rock interface and the advection of heat along the fracture. Show more
Book titleComputational Methods in Water Resources XXIII (CMWR 2020). Proceedings
Pages / Article No.
SubjectFracture; Flow and heat transport; Global sensitivity analysis
Organisational unit03465 - Löw, Simon / Löw, Simon
NotesConference lecture held on December 15, 2020. Due to the Coronavirus (COVID-19) the conference was conducted virtually.
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