Models and algorithms to support decision-making on the calculation of material damage from fire on vehicles

Abstract

Transport security occupies an important place in the system of sustainable functioning of a smart city. Ground electric transport is one of the main passenger carriers within cities. The constant development of technologies in the field of transport and information leads to the need to pay more attention to the problems existing in this industry. The article explores the issues of information support for officials of the state fire supervision authorities of the EMERCOM of Russia on the basis of decision support on the calculation of material damage from fires using the example of calculating damage as a result of the destruction of vehicles. A mathematical model for calculating material damage from a fire on a vehicle is considered in accordance with the Methodological Recommendations on the organization of the calculation of material damage from fires of the EMERCOM of Russia. An algorithm and a software tool for calculating material damage caused by fire to vehicles are presented. Calculations of material damage as a result of the destruction (damage) of a vehicle by fire using a software tool are carried out and conclusions are drawn about the adequacy and correctness of the methods and algorithms used to support decision-making by officials of the state fire supervision authorities of the EMERCOM of Russia.