SIMULATION OF FUNCTIONAL CYCLE OF APPLICATION COMBAT MACHINE OF THE MOBILE WEAPONS COMPLEX

Abstract

The results of the analysis of the experience of creation of reconnaissance and strike complexes by the leading countries of the world and the possibility of their application in the implementation of the concepts of war based on the results of armed conflicts in recent years are presented. The purpose of the study is to conduct a systematic analysis of the duration of the functional cycle of the combat vehicle of the mobile weapon complex in the conditions of fire influence of modern means of air attack of the enemy and reconnaissance and strike systems. The logistic model of estimation of time of application of the fighting machine of a mobile complex of armament in the course of operation is offered. The logistics model allows to calculate the total duration of the functional cycle of combat use of the combat vehicle of the mobile armament complex. The study of the time characteristics of the process of using a combat vehicle is carried out using the critical path method. The calculation of the model allows to determine the operations of the critical path of the combat vehicle, the execution time of the functional cycle combat work. In solving the problem of calculating the time required to perform the functional cycle of the combat vehicle, for the initial data used standards for operations of a known type of weapon. The simulation results are proposed to be used in assessing the impact of the time of the functional cycle on the combat effectiveness of the combat vehicle. Such results are the basis for the formation of requirements for the tactical and technical characteristics of the combat vehicle of the mobile armament complex. The simulation results allow to determine the mathematical expectation of the time of execution of the functional cycle of the combat vehicle in order to ensure the required level of survivability and to set requirements for the mobility parameters of transport units of advanced combat vehicles of mobile weapons systems.