Mathematical Model of Military Equipment Products Maintenance for the Condition-Based Operation Strategy Taking Into Account Type I Errors

Abstract

For military equipment products maintained according to the condition-based operation strategy with control of parameters a mathematical model is constructed using semi-Markov random process. The diffusion-monotonic distribution law which is inherent in mechanical type products is taken for the fault model. The model takes into account type I errors. The analytical dependence of the utilization factor on the parameters of the scale and shape of the diffusion-monotonic distribution, the of regulated maintenance periodicity, the duration of complete restoration of a sample of equipment, the reliability of its control, is established. Graphs of the dependence of the utilization factor on the given parameters of the model are shown.

Optimization of the Regulated Maintenance Periodicity on Military Equipment Products Operated According to their Technical Condition

“…Paper [6] is dedicated to the analytical dependence of the utilization factor on the maintenance parameters of military equipment products operated according to their technical condition taking into account type I errors:…”