Modelling of dynamics of distribution of wear particles in lubricating system of marine engine

The imitating model of dynamics of circulation and accumulation kinetics of wear particles in using lubricating oil of lubrication system of a marine diesel engine is offered and developed. Self-consistent processes of total number evolution of wear particles and of changes of dispersion structure of these particles are examined in the model for the first time. The non-linear closed system of integro-differential equations was derived for the total number of particles and for distribution functions of different kinds of wear particles. The stationary solution of the system was obtained. The powerful computational procedure of modelling of temporal dynamics for total numbers and dispersion structure of wear particles is proposed.