The optimal parameter design for a welding unit of manufacturing industry by Taguchi method and computer simulation
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hdl:2117/89040
Tipus de documentArticle
Data publicació2016-06
EditorOmnia Science
Condicions d'accésAccés obert
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Reconeixement-NoComercial 3.0 Espanya
Abstract
Purpose: Manufacturing systems include a complicated combination of resources, such as
materials, labors, and machines. Hence, when the manufacturing systems are faced with a problem
related to the availability of resources it is difficult to identify the root of the problem accurately
and effectively. Managers and engineers in companies are trying to achieve a robust production
line based on the maximum productivity. The main goal of this paper is to design a robust
production line, taking productivity into account in the selected manufacturing industry.
Design/methodology/approach: This paper presents the application of Taguchi method along
with computer simulation for finding an optimum factor setting for three controllable factors,
which are a number of welding machines, hydraulic machines, and cutting machines by analyzing
the effect of noise factors in a selected manufacturing industry.
Findings and Originality/value: Based on the final results, the optimal design parameter of
welding unit of in the selected manufacturing industry will be obtained when factor A is located at
level 2 and B and C are located at level 1. Therefore, maximum productive desirability is achieved
when the number of welding machines, hydraulic machines, and cutting machines is equal to 17, 2, and 1, respectively. This paper has a significant role in designing a robust production line by
considering the lowest cost and timely manner based on the Taguchi method.
CitacióZahraee, Seyed Mojib; Chegeni, Ali; Toghtamish, Arshin. The optimal parameter design for a welding unit of manufacturing industry by Taguchi method and computer simulation. "Journal of Industrial Engineering and Management", Juny 2016, vol. 9, núm. 2, p. 487-504.
Dipòsit legalB-28744-2008
ISSN2013-0953
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