Journal of Loss Prevention in The Process Industries

Journal of Loss Prevention in The Process Industries, Vol.30 Entire volume, number list

ISSN: 0950-4230 (Print)

In this Issue (33 articles)

1 - 8	Development of simple QSPR models for the impact sensitivity of nitramines Fayet G, Rotureau P
9 - 16	Assessment of the seismic effect of insulation on extra-large cryogenic liquid natural gas storage tanks Zhang RF, Weng DG
17 - 23	Experimental study on the suppression of gas explosion using the gas-solid suppressant of CO2/ABC powder Luo ZM, Wang T, Tian ZH, Cheng FM, Deng J, Zhang YT
24 - 36	Leak location of pipelines based on characteristic entropy Ni L, Jiang JC, Pan Y, Wang ZR
37 - 46	Pressure characteristics and dynamic response of coal mine refuge chamber with underground gas explosion Zhang BY, Zhao W, Wang W, Zhang XH
47 - 54	Consequence modeling of explosion at Azad-Shahr CNG refueling station Parvini M, Kordrostami A
55 - 62	Numerical and experimental study on flame spread over conveyor belts in a large-scale tunnel Yuan LM, Mainiero RJ, Rowland JH, Thomas RA, Smith AC
63 - 73	Fuzzy risk modeling of process operations in the oil and gas refineries Sa'idi E, Anvaripour B, Jaderi F, Nabhani N
74 - 85	Dynamic safety risk analysis of offshore drilling Abimbola M, Khan F, Khakzad N
86 - 94	Assessment of the effect of pool size on burning rates of multiple pool fires using CFD Vasanth S, Tauseef SM, Abbasi T, Rangwala AS, Abbasi SA
95 - 104	Safety issues related to the maintenance operations in a vegetable oil refinery: A case study Landucci G, Lovicu G, Barontini F, Guidi L, Nicolella C
105 - 112	Numerical simulation of water curtain application for ammonia release dispersion Cheng C, Tan W, Liu LY
113 - 123	A framework for human error risk analysis of coal mine emergency evacuation in China Wang LJ, Wang YL, Cao QY, Li XD, Li JQ, Wu XW
124 - 136	Enhanced seismic performance of non-standard bolted flange joints for petrochemical piping systems Reza MS, Bursi OS, Paolacci F, Kumar A
137 - 154	A unique intelligent approach for forecasting project completion time in oil refineries Azadeh A, Haghighi SM, Panah MY
155 - 163	Comparative study of explosion processes controlled by homogeneous and heterogeneous combustion mechanisms Du B, Huang WX, Kuai NS, Yuan JJ, Liu L, Ren YD
164 - 176	Experimental and numerical investigation of constant volume dust and gas explosions in a 3.6-m flame acceleration tube Skjold T, Castellanos D, Olsen KL, Eckhoff RK
177 - 187	Likelihood, causes, and consequences of focused leakage and rupture of US natural gas transmission pipelines Wang H, Duncan IJ
188 - 196	Heating processes during storage of Miscanthus chip piles and numerical simulations to predict self-ignition Everard CD, Schmidt M, McDonnell KP, Finnan J
197 - 206	How can we use the information provided by process safety performance indicators? Possibilities and limitations Pasman H, Rogers W
207 - 218	A dynamic alarm management strategy for chemical process transitions Zhu JF, Shu YD, Zhao JS, Yang F
219 - 227	A MINLP approach for layout designs based on the domino hazard index de Lira-Flores J, Vazquez-Roman R, Lopez-Molina A, Mannan MS
228 - 235	Development of an organizational framework for studying dust explosion phenomena Cloney CT, Amyotte PR, Khan FI, Ripley RC
236 - 242	A mechanistic model for hydrocarbon plumes rising through water Hissong DW, Pomeroy J, Norris HL
243 - 255	Phast validation of discharge and atmospheric dispersion for pressurised carbon dioxide releases Witlox HWM, Harper M, Oke A, Stene J
256 - 262	Villains, victims, and heroes: Accounting for the roles human activity plays in LOPA scenarios Schmidt MS
263 - 274	Deflagration to detonation transitions (DDTs): Predicting DDTs in hydrocarbon explosions Rosas C, Davis S, Engel D, Middha P, van Wingerden K, Mannan MS
275 - 281	Water induced thermal decomposition of pyrotechnic mixtures - Thermo kinetics and explosion pathway Pakkirisamy SV, Mahadevan S, Paramashivan SS, Baran MA
282 - 286	Validation of the UN test method N.5 Rosenberg M, Michael-Schulz H, Wehrstedt KD, Malow M
287 - 295	Facilitating consistent siting hazard distance predictions using the TNO Multi-Energy Model Pitblado R, Alderman J, Thomas JK
296 - 300	Case study: T2 Laboratories explosion Theis AE
301 - 306	Application of F-N curves in API RP 752 building siting studies Marx JD, Werts KM
307 - 314	Modeling of pool spreading of LNG on land Basha O, Olewski T, Vechot L, Castier M, Mannan S