A comprehensive program for calculation of flame radiation levels

Safety study of a wind–solar hybrid renewable hydrogen refuelling station in China

“…Generally the consequence models were originally developed for hydrocarbons and estimations for hydrogen are conservative. Method developed by Cook et al [16] is applied to calculate jet fire and model developed by Martinsen [17] is used to estimate fireballs. These models are expected to give conservative results for thermal effect prediction of hydrogen as hydrogen fires emit less intensive infrared radiation than hydrocarbon fires.…”

Study on the harm effects of releases from liquid hydrogen tank by consequence modeling

“…The thermal effects including both direct flame contact and heat radiation are calculated with fireball model by Martinsen et al [1] and jet fire model by Cook et al [2], respectively. The explosion overpressure of a vapor cloud explosion is calculated with BakereStrehlow method [3].…”

Quantitative risk analysis of oil storage facilities in seismic areas

“…Finally, the PHAST code has been used for the prediction of evolution of smoky pool fires, which relates on the wellassessed model of Thomas [43], Burgess and Hertzberg [44], Mudan and Croce [45] and Cook et al [46], for the pool fire burn rate, for the flame shape from pool and for the evaluation of radiation from pool flames, respectively.…”