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In this work, the wildland fire that occurred near the Suartone village in Corsica is simulated using a hybrid model that combines the  Small World Network  model, the flame radiation model and macroscopic semi-physical properties of the fuel. Observed and simulated fires are compared in terms of the rate of spread and contour of the front. An agreement is found between simulated and observed contours with a deviation of 4% from the observed total spreading time. An agreement is also obtained on a qualitative basis between the calculated spread rates and the observed trends at intermediate phases. Finally, a sensitivity analysis of the present model based on a fractional factorial design is realized partially on the rate of spread confirmed that ignition temperature is the most influencing parameter, followed closely by the fuel load and the radiant fraction. This analysis allows also estimating the maximum error on the rate of spread of about 11% for 5% variation of these parameters.

Small World Network Model Validation. Case Study of Suartone Historical Fire in Corsica