Theoretical analysis of close-contact melting on superhydrophobic surfaces

Keyphrases

• Analytical Model 100%
• Superhydrophobic Surface 100%
• Close-contact Melting 100%
• Numerical Model 80%
• Melting Time 80%
• Model Prediction 40%
• Regular Surfaces 40%
• Heat Transfer Rate 20%
• Numerical Solution 20%
• Layer Thickness 20%
• Model Assumptions 20%
• Vertical Cylinder 20%
• Dominant Effect 20%
• Volume Fraction 20%
• Contact-based 20%
• Simplifying Assumption 20%
• Dimensional Analysis 20%
• Approximate Analytical Solution 20%
• Superhydrophobic 20%
• Model Range 20%
• Melting Process 20%
• Molten Layer 20%
• Dimensionless Groups 20%
• Hydrodynamic Slip 20%
• Thermal Slip 20%
• Liquid-gas Interface 20%
• Thermal Contact 20%
• Interface Stability 20%
• Perfect Slip 20%

Engineering

• Analytical Model 100%
• Close-Contact Melting 100%
• Numerical Model 66%
• Model Prediction 33%
• Layer Thickness 16%
• Isothermal 16%
• Dimensionless 16%
• Liquid Gas 16%
• Hydrodynamics 16%
• Numerical Solution 16%
• Heat Transfer Rate 16%
• Dimensional Analysis 16%
• Simplifying Assumption 16%
• Limiting Case 16%
• Melting Process 16%
• Dimensionless Group 16%

Material Science

• Superhydrophobic 100%
• Hydrodynamics 16%
• Volume Fraction 16%