Parameters optimization of centrifugal juicer with auto-balancer by minimization of time of autobalancing occurred

Parameter optimization of the centrifugal juicer with the ball auto-balancer under the impulse change of an unbalance by 3D modeling

“…The methods, proposed in [25,26] and that takes into account the operation features of rotor machines with an auto-balancer are used in the experiments and analysis of the obtained results. The methods use the theory of multifactor experiments and include:…”

“…-description of a "black box" [25]; -methods of selecting a statistically suitable regression function [26];…”

“…In [26], methods of selecting statistically suitable regression functions, when the duration of transition processes is the quality functional have been proposed. Using the proposed [25,26] methods and by 3D modeling, the parameter optimization of the auto-balancer that statically balances a centrifugal juicer at its run-up and constant unbalance on the example of minimization of residual vibration accelerations [25] and the duration of transition processes [26] has beencarried out. In this, it has been found that without the parameter optimization of the centrifugal juicer and auto-balancer, the value of residual vibration accelerations can exceed the smallest possible value by 30 %, and the duration of transition processes -by ten times.…”

“…In [25,26], the 3D model of the modernized centrifugal juicer has been created in the Solid Works computer-aided design system using the Cosmos Motion module.…”

“…To date, centrifugal machines, in which the unbalance varies slowly, have been more investigated [25][26][27][28][29]. Therefore, it is important to study the process of auto-balancing of rotor machines under the impulse change of the unbalance by 3D modeling.…”