The authors of the study conducted a survey among a group of professionally active respondents – civil engineers. The survey results served as a starting point (input data) for the multi-criteria evaluation of selected technological and structural solutions for industrial facilities proposed by the authors.The paper presents a computational example prepared using the entropy method. The problem of choosing the best solution from among the considered variants occurs quite often in engineering practice. The diversity of offers on the developing Polish market has contributed to increasing the quality requirements placed on construction objects. This process has increased competitiveness, forcing an ever-higher level of services provided as well as diligence and standard of execution. In the authors’ opinion, the qualitative assessment of newly erected logistics center facilities can be of key importance when making decisions about choosing a specific variant.
A multi-criteria analysis of selected technological and structural solutions for industrial facilities based on adopted evaluation criteria, using the entropy method, has been proposed.
2. MAIN ASSUMPTIONS AND RESEARCH ELEMENTS
Quality criteria are various types of features and properties useful for describing the state in which the object of analysis is located [6]. The evaluation criteria were segregated into semantic groups and features defining their state were proposed (Table 1).
A five-point rating scale was adopted for the criteria, where 1 means an inappropriate state (unacceptable) and 5 means very good (reference object). The criterion ‘Technology of execution of facility elements’ is a destimulant, while the other four criteria are stimulants. Also introduced – to differentiate the values of the criteria (…)
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Source: Logistyka Magazine