Abstract
A Comparative Study of Outranking Methods for Multi-Criteria Optimization of Electromechanical Modules
Highlights
In the design process of modern electro-mechanical systems, optimization plays a very important role, in particular, in achieving a functional and reliable system that fully meets preliminary specified requirements
The study demonstrated that the calculation procedure in PROMETHEE method demands certain level of preliminary knowledge, but provides fine setting of preferences by the decision-maker
Since its introduction in the 1980s, the PROMETHEE method has represented a fundamental methodology for solving multi-criteria optimization tasks
Summary
In the design process of modern electro-mechanical systems, optimization plays a very important role, in particular, in achieving a functional and reliable system that fully meets preliminary specified requirements. The vast amount of possible applications of these drive modules, such as woodworking machinery, textile machinery, HVAC, chemical industry, conveyor systems, garage doors, etc., as well as the continuous development of new technologies and technological products enforce the need for constant research of new methodologies for their design and optimal selection. Both tasks for designing electromechanical modules (EMM) and for optimal selection of existing ones for a given application are multi-variate, which is the main motivation for conducting this research.
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