Combustion Theory and Modelling

Mechanism analysis with ILDMs for H 2 combustion on Pd catalysts
pp. 1-20(20)
Authors: Reihani, S.; Jackson, G.

Modelling of lifted turbulent diffusion flames in a channel mixing layer by the flame hole dynamics
pp. 21-37(17)
Authors: Kim, Junhong; Kim, J.

Modelling of turbulent scalar flux in turbulent premixed flames based on DNS databases
pp. 39-55(17)
Authors: Nishiki, S.; Hasegawa, T.; Borghi, R.; Himeno, R.

Marangoni effect on a droplet approached by a diffusion flame
pp. 57-84(28)
Authors: Umemura, A.; Nagase, Y.; Ando, T.

Effect of structural conduction and heat loss on combustion in micro-channels
pp. 85-103(19)
Authors: Leach, T.; Cadou, C.; Jackson, G.

Towards a classification of models for the numerical simulation of premixed combustion based on a generalized regime diagram
pp. 105-132(28)
Authors: Düsing, M.; Sadiki, A.; Janicka, J.

Modeling extinction in forced opposed-flow smolder
pp. 133-143(11)
Authors: Kelley, M.; Schult, D.

Mathematical model of oil shale particle combustion
pp. 145-154(10)
Authors: Han, X.; Jiang, X.; Cui, Z.

The extended IEM mixing model in the framework of the composition PDF approach: applications to diesel spray combustion
pp. 155-169(15)
Authors: Sabel'nikov, V.; Gorokhovski, M.; Baricault, N.

An explicit numerical scheme for homogeneous gas-phase high-temperature combustion systems
pp. 171-182(12)
Authors: Mosbach, S.; Kraft, M.

Numerical study on combustion of H 2 —O 2 in a supersonic reactive expansion in a nozzle
pp. 183-198(16)
Authors: Pezeshki, M.; Jamaat, S.; Mehdizadeh, N.