E. Hulida, O. KovalFull text PDF

Abstract. On the grounds of an analysis of the existing criteria of decision making during the fire extinguishing organization process the differential criteria is recommended for solving the optimization mathematical models. The mathematical model of the optimization of fire extinguishing time length in the woodworking enterprises` workshops is developed; it is based on the determination of a fire area during the time of its unobstructed development, the amount of the devices for the fire extinguishing agent supply, the amount of the fire and salvage units (hereinafter FSU), equipment and evacuation facilities, the duration of the fire isolation and extinguishing as well as its final liquidation. The Monte Carlo method is used for solving the mathematical optimization model. The solving of the mathematical optimization model is conducted by applying the computer hardware and application program package, written in C++ language.

Key words: mathematical model, optimization, isolation, fire liquidation, fire extinguishing agent, fire extinguishing equipment.

Mathematical model of the optimization of fire extinguishing time length in the woodworking enterprises` workshops

ECONTECHMOD
an international quarterly journal on economics of technology and modelling processes