Microscopic investigation of the influence of complex stress states on internal erosion and its impacts on critical hydraulic gradients

Earth and Planetary Sciences

• Investigation 100%
• Impact 100%
• State 100%
• Particle 100%
• Gradient 100%
• Erosion 100%
• Seepage 60%
• Specimen 40%
• Anisotropy 40%
• Condition 40%
• Chain 40%
• Plugging 20%
• Hydraulic Structure 20%
• Discrete Element Method 20%
• Fluid Dynamics 20%
• Void Ratio 20%
• Coordination Number 20%
• Spatial Distribution 20%
• Compression 20%
• Foci 20%
• Increasing 20%
• Sample 20%
• Show 20%
• Connectivity 20%
• Exhibit 20%
• Drag 20%
• Migration 20%

Engineering

• Hydraulics 100%
• Complex Stress State 100%
• Hydraulic Gradient 100%
• Erosion 100%
• Internals 100%
• Anisotropic 60%
• Losses 60%
• Computational Fluid Dynamics 40%
• Stress Condition 40%
• Stress State 40%
• Chains 40%
• Contact Force 20%
• Coarse Particle 20%
• Element Method 20%
• Drag Force 20%
• Isotropy 20%
• Discrete Element 20%
• Horizontal Stress 20%
• Coordination Number 20%
• Forming 20%
• Connectivity 20%
• Hydraulic Structures 20%

Material Science

• Fine Particle 80%
• Anisotropy 40%
• Discrete Element Method 20%
• Particle 20%
• Hydraulic Structure 20%