| 1 - 17 |
Projectile acceleration in a solid-propellant-lined tube
Carrier G, Fendell F, Wu F |
| 19 - 32 |
A simple illustration of turbulent flame ball growth
Ashurst WT |
| 33 - 54 |
A mathematical model of ignition in the Cone Calorimeter
Nelson MI, Brindley J, McIntosh A |
| 55 - 73 |
Radiation-affected dynamics of unconfined spherical flames in particle-laden premixtures
Blouquin R, Cambray P, Joulin G |
| 75 - 91 |
A simplified method for the computation of Burke-Schumann flames in infinite atmospheres
Li SC, Gordon AS, Williams FA |
| 93 - 114 |
Equilibrium analysis of three classes of automotive airbag inflater propellants
Berger JM, Butler PB |
| 115 - 141 |
Comparison of reduced and full chemical mechanisms for nonpremixed turbulent H-2-air jet flames
Calhoon WH, Menon S, Goldin G |
| 143 - 167 |
A numerical study of premixed flames Darrieus-Landau instability
Denet B, Haldenwang P |
| 169 - 179 |
Spontaneous ignition in the presence of a power source
Weber RO, Renkema A |
| 181 - 191 |
Ignition of the gasless SHS reaction producing titanium carbide
Kanury AM, HernandezGuerrero A |
| 193 - 205 |
Measurement of temperatures and OH concentrations of solid propellant flames using absorption spectroscopy
Lu YC, Freyman T, Kuo KK |
