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

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

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

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GS19 - MS43-2: Rate-and-State-Based Simulation of Induced Seismicity and Coupling to Reservoir Processes

Presentation: Kayla Kroll, Lawrence Berkeley National Laboratory, U.S., 25 min 30 sec

GS19 - MS43-2-: Rate-and-State-Based Simulation of Induced Seismicity and Coupling to Reservoir Processes

Document: GS19 - MS43-2-: Rate-and-State-Based Simulation of Induced Seismicity and Coupling to Reservoir Processes

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GS19 - MS43-3: Fully Coupled Model for Chemically Induced Fault Slippage

Presentation: Denis Voskov, Technical University of Delft, Netherlands, 24 min 27 sec

GS19 - MS43-3: Fully Coupled Model for Chemically Induced Fault Slippage

Document: GS19 - MS43-3: Fully Coupled Model for Chemically Induced Fault Slippage

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GS19 - MS43-4: Regularized Extended Finite Volume Method for Flow Induced Shear Failure

Presentation: Rajdeep Deb, ETH Zürich, Switzerland, 29 min 12 sec

GS19 - MS43-4: Regularized Extended Finite Volume Method for Flow Induced Shear Failure

Document: GS19 - MS43-4: Regularized Extended Finite Volume Method for Flow Induced Shear Failure