METHODICAL APPROACH TO DETERMINING THE PROCEDURE FOR WEAPONS AND MILITARY EQUIPMENT MAINTENANCE

Abstract

Maintenance of armaments and military equipment according to the actual (technical) condition with controlled parameters is based on the assessment of the technical condition of the pattern according to the control of its parameters and forecasting the rate of their changes to threshold levels, which allows to operate the pattern until signs of dangerous also exclude the premature execution of certain, especially time-consuming, maintenance operations. The basis of maintenance is diagnosing and forecasting the technical condition of the pattern of weapons and military equipment for a certain period of time. In practice, the initial data for forecasting the technical condition is the history of measuring parameters over time.
 The article presents a methodical approach to determining the scope of work during the maintenance of weapons and military equipment on the actual situation with the control of parameters. It is proposed on the basis of the collected statistical information on the values of the controlled parameters of the pattern of armaments and military equipment to build an approximation function, which describes the process of gradual change of parameters over time.
 The factors influencing changes in the parameters of the technical condition of pattern of armaments and military equipment during their use and storage are considered.
 The time interval of fixing the measured values of the controlled parameters is substantiated. This time interval increases the probability of forecasting the technical condition of the pattern and reduces the possibility of sudden failure of the technical object, reduces the complexity and duration of work on fixing the values of controlled parameters.
 Thus, the proposed model of maintenance of weapons and military equipment makes it possible to determine the required amount of work based on the actual condition of the pattern, taking into account the geographical and climatic characteristics of the area of application, the capabilities of mobile maintenance, spare parts and materials needed for operation, and time allotted for maintenance.