New approaches to hydrodynamic modelling of heating and evaporation of droplets and liquid films

Keyphrases

• Droplet Evaporation 100%
• Liquid Film 100%
• Hydrodynamic Modeling 100%
• Micro-explosion 100%
• Species Diffusion 75%
• Heat Transfer Equation 75%
• Puffing 75%
• Analytical Solution 50%
• Film Surface 50%
• Non-evaporating 50%
• Robin Boundary Condition 50%
• Automotive Applications 50%
• Diffusion Transfer 50%
• International Journals 25%
• Heat Conduction Equation 25%
• Convective Heat Transfer Coefficient 25%
• Diesel Engine Conditions 25%
• Chitosan 25%
• Neumann Boundary Condition 25%
• Water Temperature 25%
• Diffusion Equation 25%
• Model Prediction 25%
• Heat Mass Transfer 25%
• N-Dodecane 25%
• Solid Particles 25%
• Boiling Temperature 25%
• Emulsion Droplets 25%
• Heptane 25%
• Hexadecane 25%
• Solid Ball 25%
• Residual Solids 25%
• Droplet Drying 25%
• Dirichlet Boundary Condition 25%
• Chilton-Colburn Analogy 25%
• Wall Boundary Condition 25%
• Multi-component Liquid 25%
• Explosion Process 25%
• Fuel Emulsions 25%
• Pharmaceutical Applications 25%
• Convective Mass Transfer Coefficient 25%
• Dirichlet 25%

Engineering

• Hydrodynamics 100%
• Liquid Film 100%
• Automotive Application 50%
• Film Surface 50%
• Boundary Condition 50%
• Convective Heat Transfer Coefficient 25%
• Diesel Engine 25%
• Heat Conduction Equation 25%
• Diffusion Equation 25%
• Model Prediction 25%
• Convective 25%
• Solid Particle 25%
• Boiling Temperature 25%
• Dirichlet Boundary Condition 25%
• Neumann Boundary Condition 25%
• Dirichlet 25%
• Mass Transfer 25%

Chemical Engineering

• Film 100%
• Heat Transfer Coefficient 12%
• Heat Conduction 12%
• Chitosan 12%
• Mass Transfer 12%