Advanced Mathematical Approaches for Simulation of Fault Reactivation - Part I of II | SIAM

Courses
2019 SIAM Conference on Mat...
Advanced Mathematical Appro...

Advanced Mathematical Approaches for Simulation of Fault Reactivation - Part I of II

Presentation Icon

GS19 - MS32-1: Data Assimilation for State Estimation of Fault Behavior

Presentation: Shiran Levy, Technical University of Delft, Netherlands, 18 min 23 sec

GS19 - MS32-1: Data Assimilation for State Estimation of Fault Behavior

Document: GS19 - MS32-1: Data Assimilation for State Estimation of Fault Behavior

Presentation Icon

GS19 - MS32-3: Numerical Modeling of Fault Activation and Induced Seismicity in Gas Storage Reservoirs: The Netherlands Case

Presentation: Massimiliano Ferronato, Universita di Padova, Italy, 24 min 53 sec

GS19 - MS32-3: Numerical Modeling of Fault Activation and Induced Seismicity in Gas Storage Reservoirs: The Netherlands Case

Document: GS19 - MS32-3: Numerical Modeling of Fault Activation and Induced Seismicity in Gas Storage Reservoirs: The Netherlands Case

Presentation Icon

GS19 - MS32-4: An Embedded Discontinuity Model for the Simulation of Fracture Deformations in Enhanced Geothermal Reservoirs

Presentation: Igor Shovkun, Stanford University, U.S., 24 min 43 sec

GS19 - MS32-4: An Embedded Discontinuity Model for the Simulation of Fracture Deformations in Enhanced Geothermal Reservoirs

Document: GS19 - MS32-4: An Embedded Discontinuity Model for the Simulation of Fracture Deformations in Enhanced Geothermal Reservoirs

Presentation Icon

GS19 - MS32-5: Linking Oklahoma Seismicity and Saltwater Disposal with a Hydromechanical Rate and State Friction Model

Presentation: Jack Nortbeck, Fervo Energy, U.S., 22 min 31 sec

GS19 - MS32-5: Linking Oklahoma Seismicity and Saltwater Disposal with a Hydromechanical Rate and State Friction Model

Document: GS19 - MS32-5: Linking Oklahoma Seismicity and Saltwater Disposal with a Hydromechanical Rate and State Friction Model