| Popis: |
In the article, the authors provide a methodological approach to predicting the performance of repair and restoration bodies, taking into account the dynamics of the combat situation. Military equipment can fail for various reasons: due to limited technical reliability in peacetime, due to fire influence from the enemy in the conduct of hostilities, or the combined influence of both of these factors. Achieving the necessary reliability of equipment is even more complicated given the conditions of the combat situation (external factors) in which the equipment may be located. The authors proposed the probability of equipment failure as a result of limited technical (in-house) reliability and due to fire action by the enemy in the course of hostilities, as well as with the combined influence of the considered factors on his condition, defined as the probability of two joint events. Provided version of the simulation of reliability in peacetime and in combat. Equations of the probability of equipment uptime during its continuous operation are obtained, from where the limit and allowable values of the relative hourly combat losses of the equipment are found. Using this, the amount of equipment incapacitated only due to the fire impact on them from the enemy is found for future planning of the work of repair and restoration bodies. That is, knowing the expected value of the repair fund, it is possible to predict the performance of repair and restoration bodies taking into account the combat situation. The subject of further research may be the consideration of other factors affecting the performance of repair and restoration organs. This may be the training of personnel, the financial component, the use of depersonalized repair in the troops. Keywords: weapons and military equipment, reliability, repair and restoration bodies, mean time between failures, equipment ratio, enemy combat influence, limited technical reliability. |
