Abstract

The article presents a procedure for modeling the process of evacuating damaged weapons and military equipment during operations (combat actions), which contains 5 stages and allows for the assessment of the effectiveness of the damaged weapons and military equipment evacuation system at the strategic (operational, tactical) level, taking into account the specifics of employing forces and means of the weapons and military equipment restoration system during operations (combat actions).

To solve the task of assessing the effectiveness of the evacuation subsystem during operations (combat actions), the use of the following is proposed:

a mathematical model for detecting and destroying forces and means of the weapons and military equipment restoration system, namely evacuation and repair systems during operations (combat actions);

a mathematical model of the process of evacuating damaged weapons and military equipment, based on a queueing system with waiting;

a mathematical model of the process of evacuating damaged weapons and military equipment, based on a queueing system with time-limited waiting;

The use of these models during modeling provides the opportunity to conduct more accurate (correct) assessment of the effectiveness of the weapons and military equipment evacuation system functioning, by taking into account:

possible changes in the evacuation procedure for damaged weapons and military equipment, related to the possible destruction of weapons and military equipment restoration forces and means during operations (combat actions);

possible time limitations for conducting weapons and military equipment evacuation measures, which may be caused by high intensity of combat actions, rapid changes in the operational situation, etc.

This approach allows for effective consideration of the interaction between different elements of the technical support system under modern combat conditions.

FULL TEXT (in Ukraine) 

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The article was submitted 02.05.2025

© Kudrytskyi, M., Bulhakov, A., Yurchenko, V., Safronov, I., 2025
Creative Commons Attribution 4.0 International License (CC BY 4.0)