Abstract
Problem Statement (Relevance): This paper gives some general information about system analysis as a technique that is widely used for characterization of manufacturing and engineering systems. The paper uses a case study of the hot strip rolling process to describe a system encompassing the input and output parameters of the matter, as well as the existing energy and information flows. The principle problems are outlined that can help in the development of adequate mathematical models for a formalized process dependability assessment in steel products manufacturing. Objectives: To analyze the existing dependability assessment techniques applicable to manufacturing and engineering systems in order to choose the appropriate technique for solving a particular manufacturing problem. Methods Applied: The authors have analysed the applicable standards which regulate dependability parameters in engineering. The existing dependability assessment techniques have been examined. Originality: The originality of this study lies in the fact that the process of hot rolling was analysed with the help of system analysis, which enabled to demonstrate the interconnections between the flows of matter, energy, and information. A classification of manufacturing and engineering systems is presented which can serve as the basis for choosing the adequate dependability assessment technique for a particular system. The paper lists the application areas for the available dependability assessment systems applicable to manufacturing and engineering systems. Findings: The paper describes the results of the system analysis that was carried out for the hot rolling process, which helped establish a relationship between the requirements to the rolling stock and the requirements to the finished steel product. It is a pre-requisite for choosing appropriate rolling regimes that would enable to obtain the desired properties in the final product. The paper describes the existing dependability assessment techniques applicable to manufacturing and engineering systems. Practical Relevance: The proposed approach enables to make a scientifically justified choice of the dependability assessment technique taking into consideration the characteristics of a particular process or engineering system.
Keywords
Dependability, system analysis, hot strip rolling, manufacturing system, engineering system, assessment technique, standard.
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