| 215 - 215 |
When it Comes to Ammonium Nitrate, the Initiator is Free
Willey RJ |
| 216 - 220 |
Anatomy of Tianjin Port Fire and Explosion: Process and Causes
Fu G, Wang JH, Yan MW |
| 221 - 227 |
Anatomy of Explosives Spontaneous Combustion Accidents in the Chinese Underground Coal Mine: Causes and Prevention
Wang JH, Zhang JS, Zhu K, Zhou L |
| 228 - 232 |
Lessons in Process Safety Management Learned in the Kaohsiung Gas Explosion Accident in Taiwan
Liaw HJ |
| 233 - 240 |
Analysis of Effects of Detonation of Explosive Substances on Humans From Characteristic Curves Explosive Mass-Distance From the Origin of the Explosion
Duperon EG, Gil MM, Frances BG, Ferradas EG |
| 241 - 247 |
Effect of Pipe Length on Methane Explosion in Interconnected Vessels
Zhang K, Wang ZR, Jiang JC, Sun W, You MW |
| 248 - 252 |
How Does "Deviation" Become "Normal"?
Mize JF |
| 253 - 257 |
Why Are Major Accidents Still Occurring?
Silva EC |
| 258 - 259 |
Create a Firm Process Safety Foundation for Your New Facilities
Edwards VH |
| 260 - 269 |
Risk Assessment for Fire and Explosion Accidents of Steel Oil Tanks Using Improved AHP Based on FTA
Zhang M, Song WH, Chen Z, Wang J |
| 270 - 275 |
Evacuation Simulation of Confined Spaces in Petrochemical Facilities
Wang Z, Wilson P, Wang QS |
| 276 - 285 |
Cracking the Code of Process Safety Culture with Organizational Network Analysis
Hunter KO, Wolf EM |
| 286 - 294 |
Dependent, Independent, and Pseudo-Independent Protection Layers in Risk Analysis
Jin H, Summers A |
| 295 - 299 |
PSM Auditing: Thinking Beyond Compliance
Gill S |
| 300 - 300 |
The Great Commandment of Process Safety
Ferjencik M, Anastacio AC, Masin J |
