Russian Federation
Numerical modeling of wood ignition as a result of the thermal effect of firebrands of various shapes was performed based on conducted research. This was done considering their relative position, orientation with respect to each other, and wind direction. The influence of firebrand shape on heat exchange and ignition processes was analyzed.
firebrands, wood, ignition, pyrolysis, heat transfer
1. Hadden R., Scott S., Lautenberger C., and Fernandez-Pello C. (2011) Ignition of combustible fuel beds by hot particles: An experimental and theoretical study. Fire Technology. V. 47. P. 341–355.
2. A. Filkov, D. Kasymov, V. Zima, O. Matvienko Experimental investigation of surface litter ignition by bark firebrands / AIP Conference Proceedings 1698, 060004 (2016); doi:https://doi.org/10.1063/1.4937859.
3. Manzello S.L., Suzuki S., Hayashi Y. Enabling the study of structure vulnerabilities to ignition from wind driven firebrand showers: A summary of experimental results // Fire Safety Journal, 2012. V.54. Pp. 181-196.
4. A. C. Fernandez-Pello, C. Lautenberger, D. Rich, C. Zak, J. Urban, R. Hadden, S. Scott & S. Fereres (2015) Spot Fire Ignition of Natural Fuel Beds by Hot Metal Particles, Embers, and Sparks, Combustion Science and Technology, 187:1-2, 269-295
5. Kasymov D.P., Loboda Yu.A., Lucenko A.V., Agafoncev M.V., Martynov P.S., Starosel'ceva A.A., Loboda E.L., Reyno V.V. Modelirovanie v polunaturnyh usloviyah perenosa kondensirovannyh produktov goreniya ot model'nogo ochaga pozhara. Tezisy dokladov Vserossiyskogo foruma. V ramkah foruma: XIV Seminar vuzov po teplofizike i energetike. Shkola molodyh uchenyh «Fizicheskie osnovy sovremennyh neftegazovyh tehnologiy» . Krasnoyarsk, 2025. S. 203–205.
