Computational modeling demonstrates the integration of simplified fluid flow into fire spread predictions, indicating potential improvements for forest fire simulation tools.
Our long-range aim is to propose a forest fire simulator. To this end, we have developed a phenomenological model of fire spread. Then, we have improved it in order to take into account advective transfers thanks to a simplified flow. In this paper, we present in a synthetic way our modelling approach that can also be applied to other phenomenological models. Finally, we compare the model predictions to laboratory experiments.
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Simeoni et al. (2002) studied this question.
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