Fluid-driven fractures in uncemented sediments: Underlying particle-level processes

Engineering

• Fluid Flow 100%
• Effective Stress 100%
• Hydraulics 66%
• Porosity 33%
• Capillary Force 33%
• Numerical Technique 33%
• Experimental Observation 33%
• Drag Force 33%
• Fracture Tip 33%
• Flow Velocity 33%
• Experimental Technique 33%
• Miscibility 33%
• Force Level 33%
• Inherent Characteristic 33%
• Opening Mode 33%
• Satisfies 33%
• Strain 33%
• Feedback Mechanism 33%
• Surface Defect 33%
• Fracture Propagation 33%
• Fracture Initiation 33%

Earth and Planetary Sciences

• Fluid Flow 100%
• Immiscible Fluid 66%
• Granular Material 66%
• Hydraulic Fracturing 33%
• Porosity 33%
• Miscibility 33%
• Hydraulic Conductivity 33%
• Flow Velocity 33%
• Positive Feedback 33%
• Surface Defect 33%
• Feedback Mechanism 33%
• Fracture Propagation 33%
• Fracture Initiation 33%

Keyphrases

• Level Process 100%
• Fluid-driven Fracture 100%
• Positive Feedback Mechanism 33%
• Cohesionless 33%
• Fracture Initiation 33%
• Particle Displacement 33%
• Compatible Sequences 33%
• Surface Fracture 33%
• Particle Scale 33%
• Interfacial Membrane 33%
• Fracture Alignment 33%
• Fracturing Fluid 33%