An efficient upscaling process based on a unified fine-scale multi-physics model for flow simulation in naturally fracture carbonate karst reservoirs

Keyphrases

• Process-based 100%
• Flow Simulation 100%
• Multiphysics Model 100%
• Karst Reservoir 100%
• Carbonate Karst 100%
• Fracture Network 80%
• Global Scaling 80%
• Brinkman Model 60%
• Stokes 60%
• Fractured Carbonates 60%
• Naturally Fractured 60%
• Flow Physics 40%
• Flow in Fractures 40%
• Complex Flow 40%
• Fluid Flow 20%
• High Permeability 20%
• Numerical Solution 20%
• Flow Problems 20%
• Flow Solver 20%
• Fine Grid 20%
• Flow Behavior 20%
• Computational Efficiency 20%
• Computationally Expensive 20%
• Flow Regime 20%
• Solution Strategies 20%
• Rock Matrix 20%
• Global Flows 20%
• Reservoir Type 20%
• Matrix Voids 20%
• Discrete Fracture Network Model 20%
• Efficient Development 20%

Engineering

• Fine Scale 100%
• Flow Simulation 100%
• Fracture Network 100%
• Global Scale 80%
• Flow Physic 40%
• Local Scale 40%
• Fluid Flow 20%
• Flow Problem 20%
• Computational Efficiency 20%
• Flow Regime 20%
• Multiple Scale 20%
• Flow Behavior 20%
• Flow Solver 20%
• Rock Matrix 20%
• Numerical Solution 20%
• Network Model 20%

Earth and Planetary Sciences

• Fracture Network 100%
• Upscaling 100%
• Inflow 20%
• Fluid Flow 20%