1 - 2 |
Selected presentations from the fifteenth international colloquium on the dynamics of explosions and reactive systems -Preface Sirignano WA |
3 - 16 |
Simulation of laminar methane-air flames using automatically simplified chemical kinetics Schmidt D, Segatz J, Riedel U |
17 - 34 |
The structure of laminar diffusion flames inhibited with CF3Br Masri AR, Dally BB, Barlow RS, Carter CD |
35 - 47 |
Numerical studies of a pulsing burner stabilized laminar premixed methane-air flame Darabiha N, Candel S, Wirth DA, Mahan JR |
49 - 66 |
Effects of flame lifting and acoustic excitation on the reduction of NOx emissions Chao YC, Yuan T, Tseng CS |
67 - 80 |
Soot formation in a shock tube under elevated pressure conditions Kellerer H, Muller A, Bauer HJ, Wittig S |
81 - 107 |
Asymptotic analysis of n-heptane ignition and cool flames with a temperature-explicit model Linan A, Williams FA |
109 - 135 |
Ignition of an absorbing/emitting medium by an imposed radiant heat flux Blouquin R, Joulin G |
137 - 166 |
Gas dynamic features of self ignition of non diluted fuel/air mixtures at high pressure Blumenthal R, Fieweger K, Komp KH, Adomeit G |
167 - 177 |
Initiation of combustion in lean mixtures by flame jets Murase E, Ono S, Hanada K, Oppenheim AK |
179 - 192 |
Autoignition delays of a series of linear and branched chain alkanes in the intermediate range of temperature Minetti R, Ribaucour M, Carlier M, Sochet LR |
193 - 203 |
Temperature distribution induced by pre-ignition reactions in a rapid compression machine Desgroux P, Minetti R, Sochet LR |
205 - 219 |
Modelling and simulation of autoignition under simulated diesel-engine conditions Chang CS, Zhang Y, Bray KNC, Rogg B |
221 - 241 |
Ignition properties of thermally thin materials in the cone calorimeter: A critical mass flux model Nelson MI, Brindley J, McIntosh AC |
243 - 254 |
The underwater ignition threshold for a small aluminum wire McCahan S, Browne MA |
255 - 271 |
Temporally and spatially resolved investigation of flame propagation and extinction in the vicinity of walls Zhang Y, Bray KNC, Rogg B |
273 - 289 |
A model of heat transfer in Rijke tube burners McIntosh AC, Rylands S |
291 - 312 |
Exothermicity and relaminarization effects in unsteady reactive square jets Grinstein FF, Kailasanath K |
313 - 328 |
A statistical study on surface properties of freely-propagating premixed turbulent flames Erard V, Boukhalfa A, Puechberty D, Trinite M |
329 - 350 |
Laboratory simulation of flamelet and distributed models for premixed turbulent combustion using aqueous autocatalytic reactions Shy SS, Jang RH, Ronney PD |
351 - 365 |
Influence of the turbulent Damkohler number on the structure of premixed flames in a stagnation flow Karmed D, Lahjaily H, Bruel P, Champion M |
367 - 392 |
Application of a coherent flame model to premixed turbulent combustion impinging on a wall Wu AS, Bray KNC |
393 - 412 |
Measurement of scalar dissipation in premixed flames OYoung F, Bilger RW |
413 - 428 |
Turbulence effects on the vaporization of monocomponent single droplets Birouk M, Chauveau C, Sarh B, Quilgars A, Gokalp I |
429 - 450 |
Unsteady spray behavior in a heated jet shear layer: Droplet-vortex interactions Aggarwal SK, Park TW, Katta VR |
451 - 470 |
Droplet combustion in a simulated reduced-gravity environment Wang DF, Shaw BD |
471 - 491 |
Energetic fuel droplet gasification with liquid-phase reaction Schiller D, Bhatia R, Sirignano WA |
493 - 502 |
Spark ignition characteristics of monodisperse multicomponent fuel sprays Lee KP, Wang SH, Wong SC |
503 - 515 |
Self-heating of combustible vapour in porous material when the fibres are entirely covered by fluid McIntosh AC, Gray BF |
517 - 527 |
Combustion wave development in enclosed H-2/O-2 mixtures enriched with carbonaceous particles Ludwig T, Roth P |
529 - 556 |
Cyclic variations and control of a batch-loaded biomass gasifier-combustor Beedie D, Bowen PJ, ODoherty T, Syred N |
557 - 571 |
Study of solid propellant flame structure by mass-spectrometric sampling Korobeinichev OP, Kuibida LV, Paletsky AA, Chernov AA |
573 - 595 |
Auto-ignition of a flat solid fuel in a high temperature oxidizer boundary layer flow Cordova JL, August M, FernandezPello AC |
597 - 612 |
Effect of excitation on supersonic jet afterburning Yu KH, Smith RA, Wilson KJ, Schadow KC |
613 - 628 |
Predictive method of gas-dust explosion characteristics Pascaud JM, Brossard J |
629 - 644 |
Determination of dust-dispersion-induced turbulence and its influence on dust explosions Zhen G, Leuckel W |
645 - 652 |
The effect of vent size on pressure generation in explosions in large L/D vessels Alexiou A, Phylaktou H, Andrews GE |