GS19 - CP8-1: Conservative Explicit Local Time-stepping Schemes for the Shallow Water Equations Presentation: Thi-Thao-Phuong Hoang, Auburn University, U.S., 17 min 45 sec
GS19 - CP8-1: Conservative Explicit Local Time-stepping Schemes for the Shallow Water Equations Document: GS19 - CP8-1: Conservative Explicit Local Time-stepping Schemes for the Shallow Water Equations
GS19 - CP8-2: The Multiscale Perturbation Method for Elliptic Equations Presentation: Het Y. Mankad, University of Texas at Dallas, U.S., 17 min 8 sec
GS19 - CP8-2: The Multiscale Perturbation Method for Elliptic Equations Document: GS19 - CP8-2: The Multiscale Perturbation Method for Elliptic Equations
GS19 - CP8-3: A Scalable Parallel Implementation of Double Porosity / Permeability Model Presentation: Mohammad Sarraf Joshaghani, University of Houston, U.S., 18 min 11 sec
GS19 - CP8-3: A Scalable Parallel Implementation of Double Porosity / Permeability Model Document: GS19 - CP8-3: A Scalable Parallel Implementation of Double Porosity / Permeability Model
GS19 - CP8-5: Multiparameter Full-Waveform Inversion with Near-Interface Sources using Staggered-grid Finite Differences Presentation: Joseph Jennings, Stanford University, U.S., 16 min 42 sec
GS19 - CP8-5: Multiparameter Full-Waveform Inversion with Near-Interface Sources using Staggered-grid Finite Differences Document: GS19 - CP8-5: Multiparameter Full-Waveform Inversion with Near-Interface Sources using Staggered-grid Finite Differences
GS19 - CP8-6: `Streamline' Flux-form Semi-Lagrangian Methods for Scalar Transport Presentation: Darren Engwirda, Columbia University and NASA Goddard Institute for Space Studies, U.S., 19 min 26 sec
GS19 - CP8-6: `Streamline' Flux-form Semi-Lagrangian Methods for Scalar Transport Document: GS19 - CP8-6: `Streamline' Flux-form Semi-Lagrangian Methods for Scalar Transport