Influence of geometry on flame acceleration and DDT in H₂-CO-air mixtures in a partially obstructed channel

Keyphrases

• Air Mixture 100%
• Deflagration-to-detonation Transition 100%
• Flame Acceleration 100%
• Geometry Influence 100%
• Obstructed Channel 100%
• Deflagration Flame 100%
• Flame Dynamics 40%
• Fuel Content 40%
• Blockage Ratio 40%
• Existing Data 20%
• Fuel Composition 20%
• Composition Content 20%
• Rectangular Cross-section 20%
• H2-air 20%
• Dynamic Pressure 20%
• Peak Pressure 20%
• Numerical Framework 20%
• Long Channel 20%
• Flame Speed 20%
• Obstacle Configurations 20%

Engineering

• Air Mixture 100%
• Transition to Detonation 100%
• Deflagration 100%
• Peak Pressure 20%
• Test Rig 20%
• Rectangular Cross Section 20%
• Fuel Composition 20%
• Dynamic Pressure 20%