Embedded Files
Geomechanics & Rock-physics for
Mission
Mission
Our Geomechanics & Rock-physics for In-situ Technologies (GRIT) research group studies the physics and mechanics of rocks under subsurface conditions to develop innovative solutions for energy applications.
Our team's research area includes:
Reservoir Geomechanics
Hydraulic Fracturing
Induced Seismicity
Enhanced Geothermal Systems
Research HighLights
Research HighLights
Article: PETE researchers publish paper on how hydraulic fractures propagate and interact with discontinuities
(Read the full article here)
Article: PETE researchers publish paper on how hydraulic fractures propagate and interact with discontinuities
(Read the full article here)
Pre-existing Discontinuities Impact on Fracture Propagation
Pre-existing Discontinuities Impact on Fracture Propagation
Near-Wellbore Hydraulic Fracture Complexity
Near-Wellbore Hydraulic Fracture Complexity
Subsurface deformation monitoring using InSAR data
Subsurface deformation monitoring using InSAR data
Fracture Conductivity Tuning in Enhanced Geothermal System
Fracture Conductivity Tuning in Enhanced Geothermal System
Proppant Transport Modeling in EGS using CFD-DEM
Proppant Transport Modeling in EGS using CFD-DEM
Mechanical Properties Estimation using Machine Learning
Mechanical Properties Estimation using Machine Learning
Page updated
Google Sites
Report abuse