A comparison of finite volume formulations and coupling strategies for two-phase flow in deforming porous media

Earth and Planetary Sciences

• Strategy 100%
• Shape 100%
• Formulation 100%
• Volume 100%
• Comparison 100%
• Coupling 100%
• Porous Medium 100%
• Surface Pressure 40%
• Balance 30%
• Convergence 30%
• Linearization 30%
• Condition 20%
• Model 20%
• Time 20%
• Selection 20%
• Good 10%
• Efficiency 10%
• Investigation 10%
• Approach 10%
• Water 10%
• Value 10%
• Accuracy 10%
• Conservation 10%
• Numerical Model 10%
• Error 10%
• Show 10%
• Medium 10%
• Regime 10%
• Stability 10%
• Algorithms 10%
• Subsurface Flow 10%
• Multiphase Flow 10%

Engineering

• Couplings 100%
• Porous Medium 100%
• Two-Phase Flow 100%
• Mixed Form 50%
• One Dimensional 30%
• Mass Balance 30%
• Linearization 30%
• Models 20%
• Properties 20%
• Efficiency 10%
• Water 10%
• Stability 10%
• Governing Equation 10%
• Numerical Model 10%
• Subsurface 10%
• Converges 10%
• Accuracy 10%
• Finite Volume Method 10%
• Number of Iteration 10%
• Convergence Problem 10%
• Multiphase Flows 10%
• Mass Conservation 10%
• Geotechnical Engineering 10%

Physics

• Volume 100%
• Media 100%
• Two Phase Flow 100%
• Pressure 40%
• Model 20%
• Iteration 20%
• Water 10%
• Stability 10%
• Value 10%
• Regimes 10%
• Numerical Model 10%
• Multiphase Flow 10%