Modeling of hydrogen-air detonations in the TONUS CFD code and its application to the FLAME F-19 test

Keyphrases

• CFD Code 100%
• Hydrogen Combustion 100%
• Detonation 100%
• Chapman-Jouguet 100%
• Hydrogen-air 100%
• Thermal Load 50%
• Computational Modeling 50%
• Reaction Rate 50%
• France 50%
• Computational Fluid Dynamics 50%
• CFD Simulation 50%
• Parameter Study 50%
• Severe Accident Management 50%
• Mesh Resolution 50%
• Computational Results 50%
• Gas Mixture 50%
• Chemical Kinetics 50%
• Combustion Experiment 50%
• Reactive Flow 50%
• Pressure Load 50%
• Code Validation 50%
• Shock 50%
• State-of-the-art Techniques 50%
• Containment Integrity 50%
• Arrhenius 50%
• Rate Equations 50%
• Equilibrium Condition 50%
• Kinetic Calculation 50%
• Detonation Structure 50%
• Detonation Model 50%
• Mesh Convergence Study 50%
• Flame Propagation 50%
• Shock Conditions 50%
• Reactive Euler Equations 50%
• Detonation Propagation 50%
• Combustion Regime 50%
• Global Rate 50%
• Gas Detonation 50%
• Chemistry Model 50%
• Dynamic Code 50%
• Sandia National Laboratory 50%

INIS

• applications 100%
• modeling 100%
• hydrogen 100%
• air 100%
• flames 100%
• detonations 100%
• simulation 60%
• combustion 60%
• gases 40%
• comparative evaluations 20%
• mixtures 20%
• kinetics 20%
• convergence 20%
• equations 20%
• equilibrium 20%
• chemistry 20%
• validation 20%
• severe accidents 20%
• velocity 20%
• capture 20%
• accuracy 20%
• computerized simulation 20%
• cea 20%
• resolution 20%
• containment 20%
• reaction kinetics 20%
• reaction rate 20%
• france 20%
• computational fluid dynamics 20%
• accident management 20%
• sandia national laboratories 20%
• flame propagation 20%

Engineering

• Computational Fluid Dynamics 100%
• Model Parameter 50%
• Simulation Result 25%
• Severe Accident 25%
• Test Result 25%
• Arrhenius 25%
• State-of-the-Art Technique 25%
• Pressure Load 25%
• Kinetic Calculation 25%
• Rate Equation 25%
• Equilibrium Condition 25%
• Euler Equation 25%
• Flame Propagation 25%
• Thermal Load 25%
• Gas Mixture 25%