A depth-averaged model for non-isothermal thin-film rimming flow

Keyphrases

• Non-isothermal 100%
• Convection 100%
• Rimming Flow 100%
• Recirculation 100%
• Depth-averaged Model 100%
• Slowly Varying 50%
• Temperature Model 50%
• Shock 50%
• Heat Effect 50%
• Sharp Change 50%
• Temperature Field 50%
• Film Flow 50%
• Inertia Effect 50%
• Heat Convection 50%
• Inside Surface 50%
• Bearing Chamber 50%
• Aeroengine Bearing 50%
• Shear-driven 50%
• Bidirectional Flow 50%
• Boundary Temperature 50%
• Lubrication Theory 50%
• Steep Front 50%
• Thin Film Flow 50%
• Theory Analysis 50%
• Circular Cylinder 50%
• Convective Effects 50%
• Flow Configuration 50%
• Depth-averaged 50%

Engineering

• Isothermal 100%
• Thin Films 100%
• Illustrates 33%
• Circular Cylinder 33%
• Temperature Model 33%
• Laminar Flows 33%
• Aero-Engines 33%
• Temperature Field 33%
• Inside Surface 33%
• Convective Effect 33%
• Boundary Temperature 33%
• Analysis Theory 33%
• Flow Configuration 33%