| 1 - 30 |
Simplified combustion modeling of double base propellant: Gas phase chain reaction vs. thermal decomposition
Brewster MQ, Ward MJ, Son SF |
| 31 - 55 |
A study of partial extinction and reignition effects in turbulent non-premixed jet flames of CH4 and CO/H-2/N-2 with a two-scalar reactedness-mixture fraction presumed PDF model
Koutmos P, Mavridis C |
| 57 - 74 |
The acoustic self-excitation of a bluff-body stabilised, premixed flame
Lawn CJ |
| 75 - 117 |
Transient and geometrical effects in expanding turbulent flames
Lipatnikov AN, Chomiak J |
| 119 - 161 |
Numerical study of the turbulent burning between vertical parallel walls with a fire-induced flow
Wang HY, Joulain P |
| 163 - 178 |
Investigation of flame generated turbulence in a large-scale and low-intensity turbulent premixed flame with a 3-element electrostatic probe and a 2-D LDV
Furukawa J, Noguchi Y, Hirano T |
| 179 - 206 |
"On the combustion and soot processes in a fluidized bed - Like furnace"
Al-Omari SAB, Kawajiri K |
| 207 - 227 |
Micro mixing time in the Eddy Dissipation Concept
Kjaldman L, Brink A, Hupa M |
| 229 - 257 |
Combustion hysteresis and vaporization interaction of two burning droplets with different sizes
Chen WH |
| 259 - 273 |
The influence of additives on the size distribution and composition of particles produced by diesel engines
Skillas G, Qian Z, Baltensperger U, Matter U, Burtscher H |
| 275 - 293 |
Evolution and distribution of surface voids affecting char burning rates at diffusion-limited conditions
Bayless DJ |
| 295 - 311 |
The influence of bilayer sample preheating on the combustion front structure and the limits of its existence
Seplyarskii BS, Ivleva TP, Levashov EA |
