Dynamic process modeling on depressurization by cooling-controlled condensation in a closed chamber

Keyphrases

• Condensation 100%
• Depressurization 100%
• Closed Chamber 100%
• Dynamic Process Modeling 100%
• Gas Phase 28%
• Non-condensable Gas 28%
• Pre-filling 28%
• Parametric Effects 28%
• Condensation Rate 28%
• Thermal Non-equilibrium 28%
• Cooling Coil 28%
• Non-equilibrium Characteristic 28%
• Complex Geometry 14%
• Design Optimization 14%
• Computational Fluid Dynamics 14%
• Non-equilibrium 14%
• Mechanistic Understanding 14%
• Heat Capacity 14%
• Dynamic Process 14%
• Condensable 14%
• Impurities 14%
• Premixed 14%
• Heat Mass Transfer 14%
• Temperature Gradient 14%
• Steam 14%
• Computational Fluid Dynamics Modeling 14%
• Thermodynamic Equilibrium 14%
• Computational Fluid Dynamics Simulation 14%
• Transient Equilibrium 14%
• Cooling Device 14%
• Heat Transfer Mechanism 14%
• Parametric Model 14%
• Coupled Ordinary Differential Equations 14%
• Chamber Wall 14%
• Operation Optimization 14%
• Complexing Properties 14%
• Transient Simulation 14%
• Wall Cooling 14%
• Internal Cooling 14%
• Steam Condensation 14%
• Depressurization Method 14%
• User-defined Function 14%
• Simplified Parametric Model 14%
• Vessel Volume 14%
• Coolant Flow Rate 14%
• Coupling Mechanism 14%
• Full-field Simulation 14%
• Quick Prediction 14%
• Transient Characteristics 14%

Engineering

• Depressurization 100%
• Dynamic Process 100%
• Controlled Condensation 100%
• Nonequilibrium 50%
• Computational Fluid Dynamics 37%
• Transients 37%
• Gas-Phase 25%
• Non-Condensable Gas 25%
• Parametric Effect 25%
• Cooling Coil 25%
• Experimental Measurement 12%
• Internals 12%
• Heat Capacity 12%
• Flow Rate 12%
• Dynamic Models 12%
• Optimised Design 12%
• Temperature Gradient 12%
• Thermodynamic Equilibrium 12%
• Cooling Device 12%
• Chamber Wall 12%
• Final State 12%
• Coolant Flow 12%
• Steam Condensation 12%