Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
THE EFFECTS OF FIRE EXTINGUISHING VEHICLES FIRE DISTRIBUTION IN INDOORS MANUFACTURING AND WAREHOUSE FACILITIES ; ВПЛИВ ПРОТИПОЖЕЖНИХ ЗАВІС НА ШВИДКІСТЬ РОЗПОВСЮДЖЕННЯ ПОЖЕЖІ В ЗАКРИТИХ ПРИМІЩЕННЯХ ВИРОБНИЧО-СКЛАДСЬКИХ ОБ’ЄКТІВ
Most modern production and storage facilities are fire hazardous. A large area, a large fire load, the use of technologies with high temperatures, contributes to the rapid development of fire in a short period of time over a large area. The current direction of providing the fire safety system at the enterprises is to eliminate the conditions of rapid development of the fire and minimize its consequences through the use of fire curtains. Develop a method for determining the optimum dimensions of the enclosed volume of a closed warehouse facility by using fire-proof curtains to limit the rate of fire spread. To provide fire protection for warehouse facilities, the following tasks must be addressed first and foremost to investigate the process of fire spread in enclosed premises at production and storage facilities; to develop a method of determining the optimal size of the volume of premises, closed production facilities and to investigate the impact of the use of fire curtains on the speed of fire. In order to solve the first problem, materials were stored in the production and storage facilities, the combustion of which was accompanied by a thermal decomposition with the release of gaseous combustion products. The rate of burning of solid materials depends not only on the physical nature of the material, but also on the location of the fire load structure. In addition, the rate of burnout indoors differs from the rate of burnout in open space. Two modes of development of combustion of materials in a room are possible: 1) with the presence of sufficient amount of air (oxygen), that is, the resulting fire is regulated by the fire load; 2) with insufficient air (oxygen), that is, the resulting fire is regulated by ventilation. Indoors in real conditions, the first mode of fire gradually goes into the second, and after reaching the temperature in the room at which the windows are destroyed, the gas exchange process becomes two-sided and the fire goes to the first mode. To solve the second problem, a method of ...
THE EFFECTS OF FIRE EXTINGUISHING VEHICLES FIRE DISTRIBUTION IN INDOORS MANUFACTURING AND WAREHOUSE FACILITIES ; ВПЛИВ ПРОТИПОЖЕЖНИХ ЗАВІС НА ШВИДКІСТЬ РОЗПОВСЮДЖЕННЯ ПОЖЕЖІ В ЗАКРИТИХ ПРИМІЩЕННЯХ ВИРОБНИЧО-СКЛАДСЬКИХ ОБ’ЄКТІВ
Most modern production and storage facilities are fire hazardous. A large area, a large fire load, the use of technologies with high temperatures, contributes to the rapid development of fire in a short period of time over a large area. The current direction of providing the fire safety system at the enterprises is to eliminate the conditions of rapid development of the fire and minimize its consequences through the use of fire curtains. Develop a method for determining the optimum dimensions of the enclosed volume of a closed warehouse facility by using fire-proof curtains to limit the rate of fire spread. To provide fire protection for warehouse facilities, the following tasks must be addressed first and foremost to investigate the process of fire spread in enclosed premises at production and storage facilities; to develop a method of determining the optimal size of the volume of premises, closed production facilities and to investigate the impact of the use of fire curtains on the speed of fire. In order to solve the first problem, materials were stored in the production and storage facilities, the combustion of which was accompanied by a thermal decomposition with the release of gaseous combustion products. The rate of burning of solid materials depends not only on the physical nature of the material, but also on the location of the fire load structure. In addition, the rate of burnout indoors differs from the rate of burnout in open space. Two modes of development of combustion of materials in a room are possible: 1) with the presence of sufficient amount of air (oxygen), that is, the resulting fire is regulated by the fire load; 2) with insufficient air (oxygen), that is, the resulting fire is regulated by ventilation. Indoors in real conditions, the first mode of fire gradually goes into the second, and after reaching the temperature in the room at which the windows are destroyed, the gas exchange process becomes two-sided and the fire goes to the first mode. To solve the second problem, a method of ...
THE EFFECTS OF FIRE EXTINGUISHING VEHICLES FIRE DISTRIBUTION IN INDOORS MANUFACTURING AND WAREHOUSE FACILITIES ; ВПЛИВ ПРОТИПОЖЕЖНИХ ЗАВІС НА ШВИДКІСТЬ РОЗПОВСЮДЖЕННЯ ПОЖЕЖІ В ЗАКРИТИХ ПРИМІЩЕННЯХ ВИРОБНИЧО-СКЛАДСЬКИХ ОБ’ЄКТІВ
Hulida, Ye. (Autor:in) / Sharуу, V. (Autor:in)
26.12.2019
doi:10.32447/20786662.35.2019.04
Fire Safety; Том 35 (2019): Пожежна безпека; 23-29 ; Пожежна безпека; Том 35 (2019): Пожежна безпека; 23-29 ; 2708-1087 ; 2078-6662 ; 10.32447/20786662.35.2019.00
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
DDC:
624
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