| FE-1 |
L. Rossi, T. Molinier, M. Akhloufi, A. Pieri, Y. Tison |
Instrumentation of spreading fires: toward the development of a metrological system based on stereovision |
| FE-2 |
J.G. Qunitiere, P.S. Veloo |
Convective heat transfer coefficient in compartment fires |
| FE-3 |
L. Courty, K. Chetehouna, F. Halter, V. Bertin, J.P. Garo, C. Mounaïm-Rousselle |
On the emission and combustion characteristics of limonene involved in accelerating forest fires |
| FE-4 |
B. Moretti, J.-H. Balbi, C. Rossa, J.-L. Rossi, D. Cancellieri, D.X. Viegas, A. Simeoni |
Rate of spread of surface fires under no wind and no slope conditions. Determination of two criteria for fire extinction |
| FE-5 |
R. Renane, K. Chetehouna, O. Séro-Guillaume, A. Nour |
Numerical simulations of laminar burning speeds of a-pinene involved in accelerating forest fires |
| FE-6 |
L. Malangone, P. Russo, S. Vaccaro |
The role of the terrain geometry on the flames propagation through a vegetative fuel bed |
| FE-7 |
J.A. Capote, D. Alvear, M. Lázaro, O. Abreu, E. Puente |
Pyrolysis characterization of Eucalyptus Globulus samples trought simultaneus thermal analysis |
| FE-8 |
F.J. Chatelon, J.H. Balbi, J.L. Rossi, J.B. Filippi, T. Marcelli, C. Rossa, D.X. Viegas |
The importance of fire front width in the anticipation of eruptive fires |
| FE-9 |
G.C. Krieger Filho, P. Bufacchi, C.A. Gurgel Veras |
Physical model for surface forest fire predicitions in Amazonia |
| FE-10 |
T. Marcelli, J.-H. Balbi, B. Moretti, J.-L. Rossi, F. Chatelon |
Flame height model of a spreading surface fire |
| FE-11 |
A. Andreini, R. Da Soghe, A. Giusti, L. Caruso |
Pyrolysis modeling and numerical simulation of rail carriage fire scenarios for the safe design of a passenger train |
| FE-12 |
A. Di Benedetto, A. Garcia-Agreda, O. Dufaud, I. Khalili, R. Sanchirico, N. Cuervo, L. Perrin, P. Russo |
Flame propagation of dust and gas-air mixtures in a tube |
| FE-13 |
O.P. Korobeinichev, A.G. Shmakov, A.G. Tereshchenko |
Impulse spray fire-extinguishing system |
| FE-14 |
A. Nasr, S. Suard, H. El-Rabii, L. Gay, J.P. Garo |
Experimental study on pyrolysis of a heptane pool fire in a reduced-scale compartment |
| FE-15 |
J.L. Consalvi, R. Demarco, A. Fuentes, S. Melis, J.P. Vantelon |
On the modelling of radiative heat transfer in laboratory-scale pool fires |
| FE-16 |
T. Beji, S. Verstockt, R. Van de Walle, B. Merci |
Data assimilation based numerical simulations to assist real-time smoke control management in large spaces |
| FE-17 |
A. Muller, F. Demouge, M. Jeguirim, Ph. Fromy, J.-F. Brilhac |
SCHEMA-SI: a hybrid fire safety engineering tool |
| FE-18 |
P. Weisenpacher, L. Halada, J. Glasa |
Computer simulation of fire in a tunnel using parallel version of FDS |
| FE-19 |
Y. Mahmoudi, K. Mazaheri |
Triple point collision and hot spot in detonations with regular structure |
| FE-20 |
G. Maragkos, P. Rauwoens, B. Merci |
Application of FDS and firefoam in large eddy simulations of a turbulent buoyant helium plume |
| FE-21 |
A. Fuentes, J.L. Consalvi |
Experimental study of the burning rate of small-scale forest fuel layers |
| FE-22 |
L. Bernard, C. Silla, D. Rich |
Validation of an enthalpy scaling method for thermally driven building flows |
| FE-23 |
S. Ukleja, M. Delichatsios, J.P. Zhang |
Smoke concentrations inside and outside of corridor-like enclosure fires |
| FE-24 |
S. Kayılı, A. Yozgatlıgil, O.C. Eralp, İ. Gökalp |
Effect of geometrical parameters of the burning object and ventilation velocity on the mass loss rate in tunnel fires |
| FE-25 |
V. Perminov |
Mathematical model of crown forest fire initiation in three dimensional setting |
| FE-26 |
V. Bychkov, D. Valiev, V. Akkerman, C.K. Law |
Gas compression moderates flame acceleration in deflagration-to-detonation transition |
| FE-27 |
S.E. Yakush |
Uncertainty of tenability times in multiroom building fires |
| FE-28 |
M. Suzanne, J. Zhang, S. Ukleja, A. Ramani, M.A. Delichatsios, P. Patel, S. Shaw, P. Clarke, P. Cusack |
Comparison of brominated and halogen free flame retardant behaviours in glass-fibre-reinforced poly(butylene terephthalate) |
| FE-29 |
A. Di Benedetto, F. Cammarota, V. Di Sarli, E. Salzano, G. Russo |
On the phenomenon of combustion-induced rapid phase transition of water |
| FE-30 |
T. Bar-Kohany, K. Dahan |
CFD simulation of hydrogen release, dispersion and auto-ignition in enclosures |
| FE-31 |
Y. Mahmoudi, K. Mazaheri |
Hydrodynamic instabilities and unreacted gas pockets in cellular detonations |
