Research
UT GeoMechanics and GeoFluids investigates fluid flow and deformation in Earth materials using lab experiments, field work, and computer modeling. We study the controls on pressure and stress in geological systems, rock strength and mechanics, and how fluids flow through the Earth. We use these insights to understand earthquakes and tectonic processes, methane and CO2 hydrate formation, fluid, chemical, and heat transport in the Earth’s crust, and processes by which unconventional rocks can be produced for energy.
October 10, 2022
Earthquakes and Fault Zones
Our lab directs research to investigate the processes and mechanics of fault zones and the earthquakes they generate. Our latest center-piece is the UT Earthquake…
Read MoreOctober 10, 2022
Pressure and Stress in the Earth
Pore pressure, stress, and deformation are coupled. Their interaction controls earthquakes, submarine landslides, and the morphology of continental margins. We explore the coupling between rock…
Read MoreOctober 10, 2022
Exploring Methane Hydrates
5-22% of Earth’s global organic carbon is trapped in gas hydrate, an ice-like substance composed largely of methane and water. Most of this massive carbon…
Read MoreOctober 9, 2022
Drilling into a Subduction Zone
Subduction zones are the source of the world’s largest and most damaging earthquakes and tsunamis. The UT GeoFluids and GeoMechanics lab is investigating the mechanics…
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