Fire protection of specialized containers for ammunition storage

Abstract

In this paper investigated the fire resistant of wooden containers to store ammunition in terms of fire danger. Fires that occur on military bases depend on the intensity contact of heat flux with container wall. The heat flux which falls on the wall of the container partially absorbed depending on the emissivity of the surface of wooden containers. One of the best ways to increase of exploitation of containers for storage of ammunition and arms are fireproof treatment. We investigated of fire protection of wooden containers to storage ammunition with different degrees of blackness covering the walls of the box. To research the intensity of the heat flux used Stefan-Boltzmann law. The results of changing the density of heat flow, absorbing wall box depending on the distance of the location of the flame of fire, and the degree of blackness covering the walls of the container. Proposed the method for determining and investigating the magnitude of the heat flux of a fire flame, which is absorbed by a container. Investigated the dependence of the intensity of the heat flux on the temperature difference between the fire flame and the container walls depending on the degree of blackness of the coating walls of the wooden containers.