Study of firebrand trajectories in a turbulent swirling natural convection plume
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Cited by (39)
A fast, physically based model of firebrand transport by bushfire plumes
2024, Agricultural and Forest MeteorologyA review of firebrand studies on generation and transport
2022, Fire Safety JournalHierarchical Bayesian approach to developing probabilistic models for generation and transport of firebrands in large outdoor fires under limited data availability
2022, Fire Safety JournalCitation Excerpt :Regarding the generation of firebrands, their behavior has often been analyzed through investigations of actual or prescribed fires [9–16] or burn experiments on combustibles, including extracted and full-scale samples of vegetation and structures [17–33]. Regarding the transport of firebrands, most early studies solved the equation of motion of a rigid particle in a flow with a steady profile to analyze its behavior [34–44]. In recent studies, computational fluid dynamics (CFD) simulations have become a dominant approach for tracking the trajectories of firebrands in unsteady flow fields [45–52].
Quantifying rare events in spotting: How far do wildfires spread?
2022, Fire Safety JournalCitation Excerpt :This assumption subsequently became a common approximation in firebrand research. Ever since the pioneering work of Tarifa et al. [7,22], many similar studies have been conducted which improve or build upon it [23–27]. In particular, Koo et al. [19] cast doubt on the terminal velocity assumption.
Generalization framework for varying characteristics of the firebrand generation and transport from structural fire source
2021, Fire Safety JournalCitation Excerpt :However, they focused more on the thermo–mechanical properties of wooden cylindrical materials and less on the probabilistically varying shape and mass of firebrands intrinsic to the generation process [18,24]. Regarding the transport of firebrands, most early studies solved the equation of motion of a rigid particle in a flow of steady profile for analyzing its behavior [26–36]. In more recent studies, computational fluid dynamics (CFD) simulations have become a dominant approach for tracking the trajectories of firebrands in an unsteady flow field [37–44].
Combustion dynamics of large-scale wildfires
2021, Proceedings of the Combustion Institute