Contributing author
| Main contributions
| Organisation
|
A. Kotchourko
| Chapter coordinator
| FZK
|
| Structure of the reaction zone and flame temperature
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| Laminar burning velocity and laminar flame thickness
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| Dependence of laminar burning velocity on mixture composition, pressure and temperature
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| Flame stretch and effect of flame curvature, Markstein lengths
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| Flame cellular structure and wrinkling
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| Turbulence scales
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| Interaction between turbulence and flames: turbulent burning velocity
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| Borghi-diagram and interpretation of combustion regimes
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A. Teodorczyk
| Effect of obstacles on flame propagation and pressure build up
| WUT
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| Effect of flow turbulence
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A. Teodorczyk
| Fast deflagrations
| WUT
|
A. Teodorczyk
| Non-uniform mixtures deflagrations
| WUT
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| Accelerated flame propagation
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| Pressure waves from deflagrations: dependence on flame velocity and acceleration
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| Dynamics of flame propagation and pressure build up in closed space
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A. Teodorczyk
| Deflagrations in tubes and in a system of connected vessels
| WUT
|
| Amplification of pressure effect due to pre-compression (Mache effect)
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| Multi-peaks structure of pressure transients and underlying physical phenomena
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D. Malkov
| Turbulence generated by venting process
| UU
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| Coherent deflagrations in a system enclosure-atmosphere and the role of external explosions
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|
A. Teodorczyk
| Phenomenology of flame acceleration and deflagration to detonation transition
| WUT
|
A. Teodorczyk
| Effect of chemical composition, pressure, temperature, geometry, and system physical scale
| WUT
|
A. Kotchourko
| Criteria for spontaneous flame acceleration to supersonic flame speed
| FZK
|
A. Kotchourko
| Criteria for establishment of stable detonation
| FZK
|
| Detonation direct initiation
|
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| Hugoniot curve
|
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| Chapman-Jouget detonation
|
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| Detonation limits
|
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| Detonation front structure
|
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| Detonation cell size
|
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| Detonation stability. Steady and unsteady detonations
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| Non-uniform mixtures detonations
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| Strategies in the prevention of detonation
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| Burke-Schumann flame structure
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| Turbulent diffusion jet flame: flame structure, specific features; scales and combustion regimes in turbulent non-premixed combustion
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| Relationship between flame height and fuel flow rate
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| Stable lifted flames and blow-out phenomenon
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| Jet fires in congested environment, effect of delayed ignition
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| Free jet laminar and turbulent diffusion flames
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| Triple flames
|
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| Combustion of inhomogeneous mixture in closed vessel and pressure build up
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| Algebraic and one-dimesional models
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| RANS models
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| LES models
|
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D. Baraldi
| Eddy Break-up model
| JRC
|
D. Baraldi
| Flame Surface Density models
| JRC
|
D. BBaraldi
| The G-equation model
| JRC
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