Heating and evaporation of droplets on a super-hydrophobic surface: preliminary results

Keyphrases

• Droplet Evaporation 100%
• Superhydrophobic Surface 100%
• Contact Area 100%
• Heat Conduction Equation 66%
• Surface Temperature 66%
• Contact Angle 66%
• Spherically Symmetric 66%
• Droplet Volume 66%
• Russian Science Foundation 66%
• Radiative Heating Rate 66%
• Droplet Heating 33%
• Analytical Solution 33%
• Thermal Radiation 33%
• Numerical Code 33%
• Numerical Solution 33%
• Evaporation Process 33%
• Effective Thermal Conductivity Model 33%
• Engineering Application 33%
• Ambient Air 33%
• Model Prediction 33%
• Engineering Problems 33%
• Air Velocity 33%
• Practical Engineering 33%
• Liquid Thermal Conductivity 33%
• Superhydrophobic 33%
• Ambient Gas 33%
• Transport Equation 33%
• Robin Boundary Condition 33%
• Hydrophobic Contacts 33%
• Heat Supply 33%

Engineering

• Hydrophobic 100%
• Contact Area 100%
• Heat Conduction Equation 66%
• Numerical Solution 33%
• Thermal Radiation 33%
• Thermal Conductivity 33%
• Effective Thermal Conductivity 33%
• Engineering Application 33%
• Simple Model 33%
• Applicability 33%
• Model Prediction 33%
• Rate of Heating 33%
• Engineering Problem 33%
• Heating Rate 33%
• Ambient Air Velocity 33%
• Heat Supply 33%
• External Source 33%
• Boundary Condition 33%

Chemical Engineering

• Heat Conduction 100%
• Heating Rate 100%
• Thermal Conductivity 50%
• Thermal Conductivity of Liquids 50%