Optimization of traffic regime by grain silos standard deviation efforts pull body to the incidence to drum nyatyazhnyy

Abstract

The dynamic model motion mode of bucket elevator as holonomnoyi mechanical system with five degrees of freedom was constructed. Based constructed at dynamic model created a mathematical model to optimize the mode of movement of the grain elevator. The technique of optimization to criterion mean efforts of traction body. The method was illustrated by the example of use as a criterion optimization of efforts mean traction body for tension clash at the drum. With the help of the developed mathematical model obtained based kinematic characteristics of units with regard to the optimal mode of movement with different number of boundary conditions. For graphs calculated mean-performance and maximum values of kinematic and power characteristics of the traction drive mechanism and authority. Results optimal and real mode of movement for grain elevator bucket to mean effort was analyzed. It is advisable to conduct a study of the optimal mode of movement in the variable resistance strength scoop up grain.