Flame dynamics in oscillating flows under autoignitive conditions

Keyphrases

• Autoignition 100%
• Flame Dynamics 100%
• Oscillatory Flow 100%
• Oscillation Frequency 50%
• Tribrachial Flame 50%
• Dimethyl Ether 33%
• Flow Velocity 33%
• Inlet Velocity 33%
• Unsteady Case 33%
• Autoignition Fronts 33%
• Residence Time 16%
• Elevated Temperature 16%
• Steady State 16%
• Non-premixed 16%
• Elevated Pressure 16%
• Flame Propagation 16%
• Heat Release 16%
• Fire Chemistry 16%
• Hysteretic 16%
• Coflow 16%
• Coflow Flames 16%
• Steady Flow 16%
• Detailed Chemistry 16%
• Thermal Structure 16%
• Flow Dynamics 16%
• Low Velocity 16%
• Reacting Flow 16%
• Displacement Velocity 16%
• Hysteretic Behavior 16%
• Air Coflow 16%
• Oscillation Cycle 16%
• Flow Oscillation 16%
• Induction Time 16%
• Velocity Oscillation 16%
• Combustion Mode Transition 16%
• Heat Accumulation 16%
• Normalized Displacement 16%
• Flow Transition 16%
• Finite Induction 16%
• Hydrodynamic Change 16%
• Dominant Pathway 16%
• Velocity Limits 16%

Engineering

• Autoignition 100%
• Oscillating Flow 100%
• Inlet Velocity 25%
• Flow Velocity 25%
• Elevated Temperature 12%
• Elevated Pressure 12%
• Hydrodynamics 12%
• Flame Propagation 12%
• Heat Release 12%
• Combustion Mode 12%
• Steady Flow 12%
• Flow Dynamics 12%
• Reacting Flow 12%
• Oscillation Cycle 12%
• Induction Time 12%
• Harmonics 12%

Chemistry

• Spontaneous Combustion 100%
• Chemistry 75%
• Dimethyl Ether 25%
• Flow Dynamics 12%
• Hydrodynamics 12%