Study of vapor film dynamics and heat transfer through an image processing technique

Keyphrases

• Angular Position 60%
• Data Insights 20%
• Downward-facing 40%
• Dynamic Transfer 100%
• External Reactor Vessel Cooling 20%
• Film Boiling 100%
• Film Thickness 40%
• Frames per Second 20%
• Heat Flux Distribution 20%
• Heat Transfer 100%
• Heat Transfer Behavior 20%
• Heat Transfer Mechanism 20%
• High-speed Video 80%
• Hydrodynamic Instability 20%
• Image Processing Techniques 100%
• In Films 20%
• Interfacial Fluctuation 40%
• Interfacial Heat Transfer 20%
• Liquid-vapor Interface 40%
• Measurement Accuracy 20%
• Measurement Techniques 20%
• Non-invasive Sensors 20%
• Oscillation 40%
• Severe Accident Condition 20%
• Subcooling 40%
• Two-phase Heat Transfer 20%
• Vapor Film 100%
• Visual Data 20%
• Wall Heat Flux 20%
• Wave Characteristics 20%

Engineering

• Hydrodynamics 50%
• Image Processing 100%
• Initial Stage 50%
• Outer Surface 50%
• Processing Technique 100%
• Reactor Vessel 50%
• Severe Accident 50%