| 201 - 202 |
Acute risk assessment: New light on frequency assumptions
Creedy GD |
| 203 - 207 |
Quantitative risk assessment: How realistic are those frequency assumptions?
Creedy GD |
| 208 - 213 |
History of Dutch process equipment failure frequencies and the Purple Book
Pasman HJ |
| 214 - 218 |
Influence of new generic frequencies on the QRA calculations for land use planning purposes in Walloon region (Belgium)
Delvosalle C, Fievez C, Cornil N, Nourry J, Servranckx L, Tambour F |
| 219 - 226 |
Risk assessment in support to land-use planning in Europe: Towards more consistent decisions?
Christou M, Gyenes Z, Struckl M |
| 227 - 236 |
Introduction of frequency in France following the AZF accident
Lenoble C, Durand C |
| 237 - 241 |
Management of the UK HSE failure rate and event data
Keeley D, Turner S, Harper P |
| 242 - 248 |
Learning from the application of nuclear probabilistic safety assessment to the chemical industry
Charvet C, Chambon JL, Corenwinder F, Taveau J |
| 249 - 258 |
Frequency data and modification factors used in QRA studies
Pitblado R, Bain B, Falck A, Litland K, Spitzenberger C |
| 259 - 265 |
Development of algorithms for predicting ignition probabilities and explosion frequencies
Moosemiller M |
| 266 - 273 |
Reliability data acquisition and evaluation in process plants
Hauptmanns U |
| 274 - 280 |
The impact of differences in reliability data on the results of probabilistic safety analyses
Hauptmanns U |
| 281 - 287 |
Generic event trees and probabilities for the release of different types of hazardous materials
Vilchez JA, Espejo V, Casal J |
| 288 - 291 |
New approach to calculate the probability of ignition
Srekl J, Golob J |
