Evolution of permeability in heterogeneous granular aggregates during chemical compaction: Granular mechanics models

Keyphrases

• Compaction 100%
• Granular Aggregates 100%
• Mechanics Model 100%
• Small Particles 42%
• Pore Space 42%
• Fluid Concentration 28%
• Pore Fluid 14%
• Particle Distribution 14%
• Porosity 14%
• Granular Media 14%
• Grain Boundary 14%
• Stress-driven 14%
• Open Systems 14%
• Serial Process 14%
• Mechanical Systems 14%
• Effective Stress 14%
• Contact Area 14%
• Contact Stress 14%
• Water Film 14%
• Effective Mass 14%
• Stress Concentration 14%
• Point Contact 14%
• Pore Wall 14%
• Driving Stress 14%
• Critical Stress 14%
• Permeability Decline 14%
• Mass Diffusion 14%
• Heterogeneous Distribution 14%
• Large Deformation 14%
• Mass Concentration 14%
• Grain Contacts 14%
• Fluid Film 14%
• Dissolution Enhancement 14%
• System Feedback 14%
• Chemical System 14%
• Coarse Aggregate 14%
• Fine Aggregate 14%
• Homogeneous Distribution 14%
• Mass Ejection 14%
• Active Chemicals 14%
• Fluid Advection 14%

Engineering

• Pore Space 100%
• Mechanic Model 100%
• Fluid Concentration 66%
• Porosity 33%
• Pore Fluid 33%
• Effective Stress 33%
• Gaussians 33%
• Grain Boundary 33%
• Contact Stress 33%
• Contact Point 33%
• Advection 33%
• Time History 33%
• Fluid Film 33%
• Large Deformation 33%
• Contact Area 33%
• Mechanical Systems 33%
• Mass Concentration 33%
• Critical Stress 33%
• Homogeneous Distribution 33%
• Fine Aggregate 33%
• Coarse Aggregate 33%

Material Science

• Film 100%
• Grain Boundary 50%
• Contact Area 50%
• Large Deformation 50%
• Granular Material 50%