Parallel fully implicit chemical potential-based modeling of unconventional shale gas reservoirs

Keyphrases

• Mathematical Model 100%
• Potential-based 100%
• Shale Gas Reservoir 100%
• Fully Implicit 100%
• Chemical Potential 100%
• Unconventional Shale Gas 100%
• Reservoir Simulation 50%
• High Scalability 50%
• Flow Problems 50%
• Thermodynamically Consistent Model 50%
• Parallel Implementation 50%
• Numerical Experiments 50%
• Degrees of Freedom 50%
• Transport Problem 50%
• Large Reservoir 50%
• Supercomputer 50%
• Computing Time 50%
• Transport Processes 50%
• Problem Size 50%
• Domain Decomposition Method 50%
• Current Energy 50%
• Shale Formation 50%
• Highly Nonlinear 50%
• Energy Demand 50%
• Shale 50%
• Flow Physics 50%
• Numerical Formulation 50%
• Implicit Finite Element Method 50%
• Gas Density 50%
• Nonlinear Flow 50%
• Solution Strategies 50%
• Chemical Potential Gradient 50%
• Fully Implicit Method 50%
• Second Law of Thermodynamics 50%
• Scalable Framework 50%
• Energy Mix 50%
• High-resolution Grid 50%
• Finite Element Algorithm 50%
• Shale Gas Flow 50%
• Energy Dissipation Property 50%
• Parallel Scalability 50%
• Gas Flow Simulation 50%
• Parallel Methods 50%

Chemical Engineering

• Chemical Potential 100%
• Scalability 66%