Abstract
The purpose of the present paper is to mathematical simulation of heat transfer in enclosures of wood-based building when exposed to thermal radiation from forest fire front. One-dimensional mathematical model is used. Mathematically, heat transfer in building enclosures is described by system of non-stationary equations of heat conduction with corresponding initial and boundary conditions. It is suggested to use several scenarios of forest fire impact. Temperature distribution on wall depth is obtained for different scenarios of forest fire impact on building enclosures.
Highlights
Forest fires are a catastrophic phenomena that causes ecological, economic and social damage [1]
The front of the forest fire begins its movement at a distance of 20 m from the enclosing structure of the wooden building
The front of the forest fire begins its movement at a distance of 20 meters from the enclosing structure of the wooden building
Summary
Forest fires are a catastrophic phenomena that causes ecological, economic and social damage [1]. In WUI territories, residential buildings can be involved in combustion processes [3,4,5,6,7,8]. The results of experimental and mathematical modeling [17, 18] can be applied in predicting forest fires in WUI territories [19,20,21,22,23]. To solve this problem, the results obtained in the field of heat transfer [24], the spread of forest fires [25], geoinformation monitoring and remote sensing [26, 27] can be applied
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