Two phase flow modelling on realistic discrete fracture models

Keyphrases

• Fracture Aperture 100%
• Direct Communication 100%
• Discrete Fracture Model 100%
• Two-phase Flow Model 100%
• Fracture Orientation 100%
• Discrete Fracture Matrix 100%
• Two Dimensional 50%
• Sea Surface Salinity 50%
• Published Data 50%
• Network Routing 50%
• Capillary Force 50%
• North Sea 50%
• High Recovery 50%
• Oil Recovery 50%
• Oil Reservoir 50%
• North Sea Oil 50%
• Pore Water 50%
• Injection Rate 50%
• Chalk Reservoir 50%
• Quarry 50%
• Under Uncertainty 50%
• Rock Properties 50%
• Statistical Measures 50%
• Behavior Type 50%
• Highly Conductive 50%
• Recovery Efficiency 50%
• Fracture Geometry 50%
• Pore Volume 50%
• Northern Germany 50%
• Fluid Properties 50%
• Water Injection Rate 50%
• Inflow Boundary 50%
• Slow Injection 50%
• Low Salinity Water 50%
• Conductive Fracture 50%
• Fracture Connectivity 50%
• Injection Fluid 50%
• Outflow Boundary 50%
• Waterflood Performance 50%

Engineering

• Injection Rate 100%
• Two-Phase Flow 100%
• Fracture Aperture 100%
• Simulation Result 50%
• Conductive 50%
• Two Dimensional 50%
• Main Factor 50%
• Recovery Efficiency 50%
• Oil Reservoir 50%
• Water Injection 50%
• Quarries 50%
• Dimensional Discrete 50%
• Capillary Force 50%
• Fluid Property 50%
• Germany 50%
• Oil Recovery 50%
• Fracture Geometry 50%

Earth and Planetary Sciences

• Two Phase Flow 100%
• Fracture Aperture 100%
• Fracture Orientation 100%
• North Sea 100%
• Flow Modeling 100%
• Porewater 50%
• Oil Recovery 50%
• Water Injection 50%
• Water Salinity 50%
• Fracture Geometry 50%
• Fluid Injection 50%
• Germany 50%