Unsteady combustion of solid propellants: Simplified kinetics modeling

Keyphrases

• Kinetic Model 100%
• Solid Propellant 100%
• Simplified Kinetics 100%
• Unsteady Combustion 100%
• Quasi-steady 75%
• Peak Response 50%
• Propellant 50%
• University Research 50%
• Burning Rate 50%
• Composite Propellant 50%
• Solid Propellant Combustion 50%
• Multidisciplinary University 50%
• Non-dimensional Frequency 50%
• Condensed Phase 25%
• Predictive Ability 25%
• Energetic Materials 25%
• High Spectral Resolution 25%
• Macroscopic Behavior 25%
• Solid Phase 25%
• Frequency Response Function 25%
• Generic Features 25%
• Lack of Understanding 25%
• Computational Simulation 25%
• Thermal Relaxation 25%
• Steady-state Conditions 25%
• De Facto Standard 25%
• Relaxation Response 25%
• Rate Sensitivity 25%
• Combustion Model 25%
• Phase Decomposition 25%
• Steady Burning 25%
• Pressure Response 25%
• Quasi-steady-state Approximation 25%
• Modeling Approximation 25%
• T-burner 25%
• Reasonable Expectations 25%
• Coupling Frequency 25%
• Combustion Instability 25%

Engineering

• Mols 100%
• Burning Rate 100%
• Review Article 50%
• Thermal Relaxation 50%
• Energetics 50%
• Reactant 50%
• Review Paper 50%
• High Spectral Resolution 50%
• Macroscopic Behavior 50%
• Initial Temperature 50%
• Measuring Pressure 50%
• Predictive Capability 50%
• Rate Sensitivity 50%
• Pressure Response 50%
• Frequency Response Function 50%