EXPERIMENTAL STUDY AND MULTI-OBJECTIVE OPTIMIZATION OF THE MOTION OF A MERRY-GO-ROUND SYSTEM FOR FLUID TRANSPORTATION IN PACKAGING MACHINE
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- TITLE: EXPERIMENTAL STUDY AND MULTI-OBJECTIVE OPTIMIZATION OF THE MOTION OF A MERRY-GO-ROUND SYSTEM FOR FLUID TRANSPORTATION IN PACKAGING MACHINE
- ABSTRACT: This article presents the results from a multi-objective optimization of the geometric parameters of Maltese mechanism for transferring containers with fluid. The study is directed to minimization the spatter fluid during its transportation in open containers. Because of the specific of the research problem, a high-speed digital camera is used. To quantify the spatter effect a methodology for experimental data sys - tematization is developed. It is proved that S-shaped cannels of Maltese mechanism provide damping spatter. In order to formulate the optimization problem a planned experiment is conducted. On this basis, regression models for the objective functions are obtained. The optimization is carried out in accordance with a genetic algorithm. Thus, the optimal geometric parameters of the S-shaped cannels are established.
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