14–17 May 2018
New Orleans
US/Central timezone

Abstracts from MS 2.03: Challenges in flow and transport simulations in poro-fractured media: numerical methods and modeling

17 / 17
ID Title State Accepted type Reviewed
38 A general framework for heterogeneous discretizations in mixed-dimensional single-phase flow
Withdrawn
n/a
63 A stress-driven DFN model to account for fracture network geometrical complexity
Accepted
Oral 20 Minutes
72 Simulation of injectivity decline in fractured near-well regions
Accepted
Oral 20 Minutes
134 Near Fracture Capillary End Effect on Shale Gas and Water Production
Accepted
Poster + 3 Minute Pitch
143 A parallel boundary element method for subsurface flow problems in three-dimensional fracture networks
Accepted
Poster + 3 Minute Pitch
147 BLOCK PRECONDITIONING IN THE NUMERICAL SIMULATION OF FRACTURED MEDIA
Accepted
Oral 20 Minutes
441 Coupling of different numerical approaches for efficient simulations in porous and fractured media
Accepted
Oral 20 Minutes
461 Uncertainty Quantification in DFN simulations with random geometry
Accepted
Poster
466 A C++ parallel solver for flow in networks of fractures
Accepted
Oral 20 Minutes
476 GP-GPU for DFN flow simulations
Accepted
Poster
515 Applications of standard and mixed Virtual Elements to the simulation of physical phenomena in poro-fractured media
Accepted
Oral 20 Minutes
517 Simulation of elasto-plastic phenomena in heterogeneous soils using the Virtual Element Method
Accepted
Poster
710 Fully-coupled Geomechanics and Flow with Embedded Meshes
Accepted
Oral 20 Minutes
755 Discrete fracture networks with multi-Gaussian, connected and disconnected textures: Impacts on flow channelling and particle travel time
Withdrawn
n/a
788 FraC: a DFN conforming meshing approach used to obtain reference simulations for steady-state flow, transport and well-test simulations
Accepted
Poster
919 Evolution of Particle Swarms Falling under Gravity in Fractures
Accepted
Poster
920 Network Connectivity in Complex, Three-Dimensional Fracture Networks
Accepted
Oral 20 Minutes