A coupled cfd–dem investigation of internal erosion considering suspension flow

Keyphrases

• Clogging 100%
• Internal Erosion 100%
• Gap-graded 100%
• Suspension Flow 100%
• Fine Particles 33%
• Computational Fluid Dynamics 33%
• Three-dimensional (3D) 33%
• Fluid Flow 33%
• Rate of Increase 33%
• Method Analysis 33%
• Drag Force 33%
• Unit Volume 33%
• Coupling Effect 33%
• Erosion Behavior 33%
• Discrete Element Method 33%
• High Resistance 33%
• Granular Soil 33%
• Volume of Fluid 33%
• Local Area 33%
• Suspended Particles 33%
• Fine Fraction 33%
• Two-phase Flow 33%
• Microscopic Perspective 33%
• Suspension Particles 33%
• Dynamic Element 33%
• Suspension Concentration 33%
• Underfilled 33%
• Clogging Behavior 33%
• Constriction Size 33%
• Soil Hydraulic Conductivity 33%
• Degree of Clogging 33%
• Force Applied 33%
• Fine Particle Loss 33%

Engineering

• Suspension Flow 100%
• Computational Fluid Dynamics 50%
• Granular Soil 50%
• Hydraulics 50%
• Coupling Effect 50%
• Element Method 50%
• Drag Force 50%
• Particle Suspension 50%
• Local Area 50%
• Discrete Element 50%
• Suspension Concentration 50%
• Fluid Flow 50%
• Two-Phase Flow 50%

Earth and Planetary Sciences

• Fluid Flow 100%
• Discrete Element Method 100%
• Two Phase Flow 100%
• Fluid Dynamics 100%
• Hydraulic Conductivity 100%
• Constriction 100%