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Stabilization, propagation and instability of tribrachial triple flames
S. H. Chung
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*
Corresponding author for this work
Research output
:
Contribution to journal
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Conference article
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peer-review
301
Scopus citations
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Keyphrases
Mixing Layer
100%
Triple Flame
100%
Tribrachial Flame
75%
Lifted Flame
50%
Edge Flame
50%
Diffusion Flame
25%
Two Dimensional
25%
Concentration Gradient
25%
Autoignition
25%
Propagation Speed
25%
Buoyancy
25%
Propagation Characteristics
25%
Single Point
25%
Premixed
25%
Flame Stabilization
25%
Premixed Flame
25%
Velocity Gradient
25%
Jet Flame
25%
Lift-off
25%
Edge Structure
25%
Schmidt number
25%
Fuel Nozzle
25%
Jet Velocity
25%
Blowout
25%
Non-premixed
25%
Co-flow Jet
25%
Lift-off Height
25%
Turbulent Non-premixed Flames
25%
Flame Behavior
25%
Flame Propagation
25%
Partial Premixing
25%
Turbulent Lifted Flame
25%
Gas Expansion
25%
Nozzle Diameter
25%
Reattachment
25%
Free Jet
25%
Engineering
Mixing Layer
100%
Two Dimensional
25%
Concentration Gradient
25%
Autoignition
25%
Premixed Flame
25%
Fuel Nozzle
25%
Jet Velocity
25%
Propagation Speed
25%
Partial Premixing
25%
Propagation Characteristic
25%
Velocity Gradient
25%
Burnt Gas
25%
Diffusion Flame
25%
Reattachment
25%
Flame Propagation
25%
Schmidt Number
25%
Dilution
25%