| 1 - 6 |
Thermal characteristics and their relevance to spontaneous ignition of refuse plastics/paper fuel
Li XR, Lim WS, Iwata Y, Koseki H |
| 7 - 14 |
Experimental studies of ignition and explosion in a water column bubbling with hydrogen and oxygen
Chen JR, Huang ZS, Liu CD, Fomin PA |
| 15 - 20 |
Hazard evaluation of runaway reaction of hydrogen peroxide - Influence of contamination of various ions
Eto I, Akiyoshi M, Miyake A, Ogawa T, Matsunaga T |
| 21 - 24 |
Research of minimum ignition energy for nano Titanium powder and nano Iron powder
Wu HC, Chang RC, Hsiao HC |
| 25 - 34 |
Dynamic risk management unveil productivity improvements
Mili A, Bassetto S, Siadat A, Tollenaere M |
| 35 - 44 |
Impact of emergency shutdown devices on relief system sizing and design
Goyal RK, Al-Ansari EG |
| 45 - 51 |
Experimental study on the hazards of high-pressure hydrogen jet diffusion flames
Mogi T, Horiguchi S |
| 52 - 58 |
From Scotia to Brookwood, fatal US underground coal mine explosions ignited in intake air courses
Dubaniewicz TH |
| 59 - 65 |
Hazardous-materials releases from offshore oil and gas facilities and emergency response following Hurricanes Katrina and Rita
Cruz AM, Krausmann E |
| 66 - 75 |
On the performance of expellers to evacuate combustible gases from confined spaces
Botros KK, Price G, Geerligs J, Watson B |
| 76 - 85 |
An investigation on spill plume temperature of large space building fires
Shi CL, Zhong MH, Fu TR, He L, Huo R |
| 86 - 90 |
Heat accumulations and fire accidents of waste piles
Shimizu Y, Wakakura M, Arai M |
| 91 - 96 |
Risk assessment of LNG importation terminals using the Bayesian-LOPA methodology
Yun G, Rogers WJ, Mannan MS |
| 97 - 104 |
CFD dispersion modelling for emergency preparadnes
Kisa M, Jelemensky L |
| 105 - 116 |
Understanding dust explosions. The role of powder science and technology
Eckhoff RK |
| 117 - 123 |
Evaluation of BLEVE risks of tank wagons carrying flammable liquids
Lautkaski R |
