The influence of pumping parameters in fluid-driven fractures

Keyphrases

• Pump Parameters 100%
• Fluid-driven Fracture 100%
• Weak Formation 66%
• Net Pressure 66%
• Injection Rate 66%
• Plastic Zone 66%
• Porosity Formation 66%
• Back Stress 66%
• Finite Element Method 33%
• Rock Deformation 33%
• Model Prediction 33%
• Incompressible Viscous Fluid 33%
• Mohr-Coulomb Criterion 33%
• Poroelasticity 33%
• Lubrication Theory 33%
• High Injection 33%
• Fracture Profile 33%
• Leak-off 33%
• Propagule Pressure 33%
• Cohesive Zone 33%
• Associative Flow Rules 33%
• Fracture Propagation Criterion 33%
• Pore Fluid 33%
• Fluid Flow 33%
• Plane Strain 33%
• Fracture Length 33%
• Fracture Propagation 33%
• Darcy's Law 33%
• Fracture Propagation Pressure 33%
• Fracture Opening Pressure 33%
• Fracture Geometry 33%
• Fluid Movement 33%
• Fluid Viscosity 33%
• Biot's Theory 33%
• Large Viscosity 33%

Engineering

• Net Pressure 100%
• Injection Rate 100%
• Plastic Zone 100%
• Fluid Viscosity 100%
• Porosity 100%
• Model Prediction 50%
• Field Measurement 50%
• Rock Deformation 50%
• Incompressible Viscous Fluid 50%
• Fluid Flow 50%
• Cohesive Zone 50%
• Pore Fluid 50%
• Fracture Propagation 50%
• Plane Strain Condition 50%
• Fracture Propagation Criterion 50%
• Flow Rule 50%
• Fracture Length 50%
• Fracture Opening 50%
• Fracture Geometry 50%
• Fluid Movement 50%
• Stress Act 50%
• Finite Element Analysis 50%
• Darcy Law 50%