Article 16318

Title of the article

STREAMLINING USE OF FUNDS AND ACTIVITIES ENSURING THE ABSOLUTE FIRE SAFETY OF THE OBJECT 

Authors

Bezrodniy Boris Fyodorovich, doctor of technical sciences, professor, deputy head, Center for cybersecurity JSC «NIIAS»; head of sub-department of applied mathematics, Moscow State Automobile and Highway Technical University (125319, 64 Leningradskiy avenue, Moscow, Russia), E-mail: boris-bezrodny@yandex.ru
Bezrodny Igor Fyodorovich, candidate of technical sciences, associate professor, senior scientific advisor, Scientific-production enterprise "GERDA" (125480, 1, 17 V. Latsisa street, Moscow, Russia), E-mail: boris-bezrodny@yandex.ru
Vinogradov Alexey Sergeevich, researcher, Institute of engineering physics (142210, 1A Bol'shoy Udarnyy lane, Serpukhov,
Moscow region, Russia), E-mail: boris-bezrodny@yandex.ru 

Index UDK

81.92 

DOI

10.21685/2307-4205-2018-3-16 

Abstract

Background. The probability of fire at a particular facility is an objective value, which characterizes its degree of fire hazard. Unlike many known fire risk, the calculation of which is held by questionable methods have not been even minimal testing in real conditions,
statistical data cannot be refuted at the request of any opponent. Topicality is and economic component: requirement to equip protection object special devices, ranging from fire alarm sensors is the minimum, and ending automatic fire extinguishing installations-as maximum, require sometimes significant financial costs. While regulations
governing equipment systems, thus far, do not take into account the likelihood of fire.
Materials and methods. Based on the probabilistic model slot method definitions (evaluation) the optimal values of the frequency
(probability) of tools and activities to ensure the full (absolute) fire safety object based on the maximization of the probability the realization of such a situation, both in view of the various manifestations of destabilizing factors, and without it. The probability of fire at a particular facility is an objective value, which characterizes its degree of fire hazard. Unlike many known fire risk, the calculation of which is held by questionable methods have not been even minimal testing in real conditions, statistical data cannot be refuted at the request of any opponent. Topicality is and economic component: requirement to equip protection object special devices, ranging from fire alarm sensors is the minimum, and ending automatic fire extinguishing installations-as maximum, require sometimes significant financial costs. While regulations governing equipment systems, thus far, do not take into account the likelihood of fire.
Results. The proposed method of modeling revealed the relationship between the probability of a fire at the facility, which is included in the sample of similar objects of protection operation experience which allows to operate with reliable, reasonable and objective information about fire danger. In the maximum task shows the possibility of a feasibility study of a method of fire safety, and ultimately
optimize financial costs of security.
Conclusions. Lack of objective statistics on fires and zagoranijam on the objects of protection requirements of regulatory documents on fire danger often leads to unnecessary costs of fire safety. Optimization of these costs until the reset is possible based on objective statistical data using a probabilistic game model. 

Key words

the system of fire safety (FS), risk of the fire, fire extinguishing systems, the functional cycle, the full support of FS, innovations, statistics of fires 

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Дата создания: 04.02.2019 13:00
Дата обновления: 04.02.2019 15:07