On undercompressive shocks and flooding in countercurrent two-layer flows

Keyphrases

• Capillarity 50%
• Channel Height 50%
• Co-current 50%
• Countercurrent 100%
• Countercurrent Flow 50%
• Dense Fluids 50%
• Dense Layer 50%
• Drive System 50%
• Dynamic Viscosity 50%
• Effective Systems 50%
• Evolution Equations 50%
• Gas Phase 50%
• Inclined Channel 50%
• Inertia 50%
• Inertial Effects 50%
• Large Amplitude Waves 50%
• Leading Order 50%
• Lubrication Approximation 50%
• Nonlinear Systems 50%
• Nonlocal Constraints 50%
• Numerical Validation 50%
• Onset of Flooding 50%
• Rarefaction Wave 50%
• Shock 50%
• System of Evolution Equations 50%
• Total Pressure Drop 50%
• Transient Behavior 50%
• Transient Growth 50%
• Two-fluid 50%
• Two-layer Flow 100%
• Undercompressive Shock Waves 50%
• Undercompressive Shocks 100%
• Viscosity Effect 50%
• Viscosity Ratio 50%
• Viscosity Stratification 50%
• Viscous Fluid 50%
• Volumetric Flow Rate 50%

Engineering

• Capillarity 50%
• Countercurrent 100%
• Countercurrent Flow 50%
• Dense Fluid 50%
• Dense Layer 50%
• Driven System 50%
• Dynamic Viscosity 50%
• Flow Rate 50%
• Fluid Viscosity 50%
• Gas-Phase 50%
• Layer Flow 100%
• Leading Order 50%
• Nonlinear System 50%
• Pressure Drop 50%
• Rarefaction Wave 50%
• Transients 100%

Earth and Planetary Sciences

• Capillarity 33%
• Countercurrent 100%
• Elastic Wave 33%
• Flood 100%
• Flow Velocity 33%
• Nonlinear System 33%
• Shock Wave 33%
• Vapor Phase 33%
• Viscous Fluid 33%