| 1 - 21 |
Robust optimal control of a natural gas-fired burner for the control of oxides of nitrogen (NOx)
St John D, Samuelsen S |
| 23 - 48 |
Radiation modelling in non-luminous nonpremixed turbulent flames
Marracino B, Lentini D |
| 49 - 72 |
Helium-based simulation of smoke spread due to fire in enclosed spaces
Phipps MR, Jaluria Y, Eklund T |
| 73 - 97 |
Interdependence of the instantaneous flame front structure and the overall scalar flux in turbulent premixed flames
Swaminathan N, Bilger RW, Ruetsch GR |
| 99 - 130 |
One-dimensional simulations of freely propagating turbulent premixed flames
Smith TM, Menon S |
| 131 - 180 |
Impact of linear coupling on the design of active controllers for the thermoacoustic instability
Annaswamy AM, Fleifil M, Hathout JP, Ghoniem AF |
| 181 - 196 |
The influence of initial temperature on the detonability characteristics of hydrogen-air-steam mixtures
Ciccarelli G, Ginsberg TG, Boccio JL |
| 197 - 213 |
A study of the ignition mechanism of methane-air mixtures by inert and catalytic hot surfaces
Kim HM, Enomoto H, Kato H, Tsue M, Kono M |
| 215 - 229 |
About nonuniqueness of combustion modes in the heterogeneous systems
Mukasyan AS, Khomenko IO, Ponomarev VI |
| 231 - 255 |
Radiation-affected dynamics of enclosed spherical flames propagating in particle-laden premixtures
Blouquin R, Cambray P, Joulin G |
| 257 - 278 |
Experimental assessment of naphthalene formation mechanisms in non-premixed flames
McEnally CS, Pfefferle LD |
| 279 - 294 |
Reaction steps and microstructure formation during SHS of La0.8Sr0.2CrO3
Ming Q, Nersesyan M, Ross K, Richardson JT, Luss D |
| 295 - 342 |
Aromatic and polycyclic aromatic hydrocarbon formation in a premixed propane flame
Marinov NM, Castaldi MJ, Melius CF, Tsang W |
| 343 - 358 |
Numerical investigation of scaling properties of turbulent premixed flames
Niemeyer JC, Kerstein AR |
| 359 - 369 |
Effect of residual gases on autoignition 2, - Measurement of autoignition time
Kojima S, Suzuoki T, Kataoka M |
