Surface thermodynamics and wetting condition in the multiphase lattice Boltzmann model with self-tuning equation of state

Keyphrases

• Bulk Phase 20%
• Contact Angle 60%
• Curved Wall 40%
• Density Deviation 20%
• Equation of State 100%
• Fluid Density 20%
• Free Energy Density 40%
• Free Energy Functional 20%
• Further Application 20%
• Hyperbolic Tangent 20%
• Inclined Wall 20%
• Interface Thickness 20%
• Lattice Boltzmann Model 100%
• Linear Forms 20%
• Moving Droplet 20%
• Multiphase Equation of State 40%
• Multiphase Systems 20%
• Numerical Test 20%
• Reduction Temperature 40%
• Solid Surface 60%
• Surface Interface 20%
• Surface Tension 20%
• Surface Thermodynamics 100%
• Surface Wetting 100%
• Theoretical Expression 20%
• Thermodynamic Conditions 100%
• Thermodynamically Consistent Model 20%
• Wet Condition 100%

Engineering

• Bulk Phase 20%
• Energy Density 40%
• Energy Functional 20%
• Equation of State 100%
• Fluid Density 20%
• Hyperbolic Tangent 20%
• Inclined Wall 20%
• Independent Parameter 20%
• Lattice Boltzmann Model 100%
• Linear Form 20%
• Multiphase System 20%
• Reduced Temperature 40%
• Tension Surface 20%
• Thermodynamic Surface 100%

Material Science

• Contact Angle 60%
• Density 40%
• Energy Density 40%
• Interface Thermodynamics 100%
• Surface Tension 20%