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We have to consider the seriousness of each re, which varies according to the location of re, for reducing property damages in case of multiple res break out simultaneously after a large earthquake. In this paper, we construct a re-spread simulation model and propose two re-spread indices (‘Fire-spread potential’ and ‘Burnt-down potential’) for each building based on simulation results. We demonstrate the effects of these indices on reducing the number of burnt-down buildings. Furthermore, we discuss the in uence of imprecise information on the location of res, and propose a method that supports re ghters to decide the destination based on the average Fire-spread potential around a reported location of re.

FIRE-SPREAD INDICES BASED ON LARGE-SCALE SIMULATION IN CASE OF MULTIPLE SIMULTANEOUS FIRES AND ITS APPLICATION FOR ASSISTING FIREFIGHTERS