Simulation of two-phase flow in soils using microscopic pore network model

Keyphrases

• 3D Pore Network 20%
• Center Distance 20%
• Coordination number 40%
• Energy Consumption 20%
• Environmental Issues 20%
• Future Energy 20%
• Gas Migration 40%
• Gas Movement 20%
• Geometrical Information 40%
• Groundwater 20%
• Micromechanical Investigation 20%
• Micromechanics 20%
• Microscopic Pore 100%
• Number Distribution 20%
• Pore Network Model 100%
• Pore Scale 20%
• Pore Size 40%
• Pore Size Distribution 20%
• Pore Throat 40%
• Random Packing 20%
• Rule-based 20%
• Shale Gas 100%
• Shale Gas Exploration 20%
• Size Ratio 20%
• Soil Matrix 40%
• Soil Structure 20%
• Spatial Correlation 20%
• Spatial Distribution 40%
• Throat Distribution 40%
• Topological Information 40%
• Two-phase Flow 100%
• Two-phase Flow Model 20%
• Unconventional Shale Gas 20%

Engineering

• Equal Size 14%
• Flow Model 14%
• Future Energy 14%
• Gas Migration 28%
• Micromechanics 14%
• Natural Gas Exploration 14%
• Network Model 100%
• Number Distribution 14%
• Shale Gas 100%
• Soil Matrix 28%
• Spatial Correlation 14%
• Spatial Distribution 28%
• Two-Phase Flow 100%