| 235 - 241 |
Calculation of Fire and Explosion Index (F&EI) value for the Dow Guide taking credit for the loss control measures
Gupta JP, Khemani G, Marman MS |
| 243 - 248 |
Ignition of a dust layer by a constant heat flux
Lebecki K, Dyduch Z, Fibich A, Sliz J |
| 249 - 257 |
Thermal explosion of autocatalytic reaction
El-Sayed SA |
| 259 - 269 |
The use of water sprays for mitigating chlorine gaseous releases escaping from a storage shed
Dimbour JP, Dandrieux A, Gilbert D, Dusserre G |
| 271 - 279 |
Development and applications of CASEHAT - a multipurpose computer aided hazard analysis automation system used in semiconductor manufacturing industry
I YP |
| 281 - 288 |
Critical and transition conditions of gaseous explosion
El-Sayed SA |
| 289 - 296 |
The runaway scenario in the assessment of thermal safety: simple experimental access by means of the catalytic decomposition of H2O2
Eissen M, Zogg A, Hungerbuhler K |
| 297 - 303 |
Fire incident at a refinery in West Malaysia: the causes and lessons learned
Shaluf IM, Ahmadun FR, Said AM |
| 305 - 311 |
Risk assessment of major hazards: the effect of ground slope
Hankin RKS |
| 313 - 321 |
Dynamic management of human error to reduce total risk
Jo YD, Park KS |
| 323 - 331 |
Modeling of detonation processes in chemically active bubble systems at normal and elevated initial pressures
Fomin PA, Mitropetros K, Hieronymus H |
| 333 - 340 |
Simple devices to prevent dust explosion propagation in charge chutes and pipes
Holbrow P, Tyldesley A |
| 341 - 347 |
Evaluation of a CFD porous model for calculating ventilation in explosion hazard assessments
Fothergill CE, Chynoweth S, Roberts P, Packwood A |
| 351 - 351 |
Investigation of the Fushun ASU explosion in 1997 (vol 16, pg 209, 2003)
Lehman JY, Wei XC, Hua QX, Delannoy G |
