Mathematical Simulation of Heat Impact of Heated Up to High Temperatures Particle on Human Skin: Simple One-Dimensional Statement

Abstract

Abstract. It is developed physical and mathematical models of process of a heat transfer between skin and a heating source -single heated up to high temperatures particle. Temperature distribution in system "particle-skin" for heated wooden particle is obtained. The data obtained during work can be used for addition of already available materials on the given subjects and comparisons of influences on a skin of various factors, and also can be useful to development of new systems of protection against the influences damaging factors in the conditions of fire.

Mathematical Simulation of Forest Fire Impact on Industrial Facilities and Wood-Based Buildings

“…It must be assumed that, in this case, the owner of the building can only use advance measures to minimize damage-namely, removing shrubs and laying mineralized strips at a certain distance from the building. Alternatively, one must leave the building to avoid injuries, burns, and death [60,61].…”

Numerical research of heated up to high temperatures particle influence on human skin

“…For understanding of the basic laws of heat transfer we will consider influence process of heated up to high temperatures particles on human skin taking into account following assumptions [12]: 1) Carbonaceous particles are considered. It corresponds to the scenario of natural fire danger.…”