Recent development of cellular manufacturing systems

Arora, Pawan Kumar; Haleem, Abid; Singh, M.K.

doi:10.1007/s12046-013-0139-z

Cited by 12 publications

(8 citation statements)

References 53 publications

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“…O quadro 7 apresenta a lista completa de referências que abordam os parâmetros citados. Os tempos padrões definidos a priori são observados na prática nos processos que constituem a célula (PEINADO;GRAEML, 2007) O layout projetado para a célula demonstrase adequado para diferentes ciclos produtivos desenvolvidos pelos colaboradores (AALAEI;DAVOUDPOUR, 2016;ARORA;HALEEM;SINGH, 2013;CHANG;WU;WU, 2013;DEEP;SINGH, 2015;BLACK, 2007;METTERNICH;BECHTLOFF;SEIFERMANN, 2013;MOYANO-FUENTES;SACRISTÁN-DÍAZ, 2012;PAPAIOANNOU;WILSON, 2010;RAFIEE et al, 2011;RAMINFAR et al, 2013;RIBEIRO, 2011;TANIMIZU;ISHII;YOKOTANI, 2014) Os processos mais críticos da célula (operações restritivas) são conhecidos e constantemente gerenciados (BROWN, 2015;ERENAY et al, 2015;PEINADO;GRAEML, 2007) Quadro 7 -Parâmetros para o grupo "Configuração da célula" (conclusão)…”

Section: Parâmetros Referênciasunclassified

Parâmetros para avaliação de células de manufatura que utilizam a filosofia lean: uma revisão da literatura

Rampasso

Anholon

2017

Revista PO: R. Eletr. de Eng. de Produção e Correlatas

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Resumo:No ambiente competitivo atual, as empresas são forçadas a elevar constantemente o grau de competitividade de sua produção e, nesse sentido, a filosofia lean é de grande valia. Entretanto, é escasso na literatura o número de referências que possuam como foco a análise do nível de maturidade de células que operam de acordo com a referida filosofia. Devido à importância dessa temática, o presente artigo tem como objetivo realizar uma revisão da literatura procurando evidenciar quais são os parâmetros relevantes para avaliar a maturidade de células de manufatura que operam segundo a filosofia lean. Para isso, foram analisados diversos artigos e uma lista foi estruturada. Tais parâmetros foram divididos em grupos de acordo com suas similaridades. Entre os parâmetros levantados, destacam-se as ergonomias física e cognitiva e a sustentabilidade. Os parâmetros obtidos como resultado desta pesquisa podem ser utilizados como um ponto de partida para a avaliação de células de manufatura lean.Palavras-chave: Produção Enxuta. Células de Manufatura. Parâmetros. Avaliação. Abstract:In the current competitive environment, companies are being forced to increase constantly their production competitiveness level and, in this sense, lean philosophy is of great value. However, it is scarce in the literature the number of references which is focused on the analysis of the maturity level of manufacturing cells that operate according to the referred philosophy. Due to the relevance of this theme, the present article aims to review the literature in order to define which parameters must be considered to evaluate the maturity of lean manufacturing cells. To this end, articles were analyzed and a list of important parameters to evaluate lean cells was structured. These parameters were divided in groups according to their similarities. Among these parameters, it highlights the physical and cognitive ergonomics and the environmental sustainability. The obtained parameters as a result in this research can be used as a starting point to an evaluation of lean manufacturing cells. Mediante ao contexto apresentado, evidencia-se que estudos associados ao grau de maturidade de células que atuam segundo a filosofia lean são de grande valia e pouco explorados. Visando contribuir com a temática, este artigo almeja realizar uma revisão da literatura a fim de estruturar uma lista com parâmetros essenciais para avaliar a maturidade das referidas células. Tal lista poderá ser utilizada por pesquisadores em futuras pesquisas e por profissionais de mercado. REVISÃO DA LITERATURA Filosofia lean e manufatura celularEste tópico será dedicado a uma rápida explanação sobre os princípios da filosofia lean e definições iniciais sobre manufatura celular. A listagem completa dos parâmetros essenciais para avaliação da maturidade de células lean será caracterizada como resultado desta pesquisa e, em função disto, será apresentada A formação de células a partir de famílias de produtos, a definição dos layouts das células, o planejamento das operações das célul...

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Section: Parâmetros Referênciasunclassified

Parâmetros para avaliação de células de manufatura que utilizam a filosofia lean: uma revisão da literatura

Rampasso

Anholon

2017

Revista PO: R. Eletr. de Eng. de Produção e Correlatas

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“…The techniques and algorithms so far used for implementing CMS include Machine component group analaysis,Similartity coefficient based approaches, GA based approaches, Mathematical programming based approaches, Goal programming, Dynamic programming, Heuristic based approaches, Fuzzy clustering and AI Approaches. The paper has concluded that out of all these approaches GA based approaches are the best for CMS [9]. GA tries to imitate the natural progressions and creates a wide-ranging purpose optimization system [6].…”

Section: Cfp Design Techniquesmentioning

confidence: 99%

“…Reference [9] has pointed out the gap in research. Most of the papers published so far has paid little attention towards production planning (part scheduling and processing times) while designing CF for CMS.Based on above review, the proposed model is a novel approach to finish the gap which is still there in research.CFP will be optimized using Part Sequence, Machine Sequence and Processing times.…”

Section: Research Gap Of Cfpmentioning

confidence: 99%

Makespan as a design tool for CMS design

Maroof

Tariq

Maqsood

2015

2015 International Conference on Emerging Technologies (ICET)

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Industries have to cope with millions of parts for production on daily basis. Scheduling of those parts for production is a complex process. Parts having properly scheduled processing rarely get delayed and therefore generally delivered on time. Cellular Manufacturing System (CMS) is a proficient production system and can be used as an effective replacement of Batch type manufacturing. Cell Formation (CF) is the fundamental part of Cell design and its effectiveness is checked using a performance index called Grouping Efficacy (GE).Part scheduling is very rarely used as a design tool for Cell Formation Problem (CFP). A software based solution is developed in this research to solve CFP by applying Genetic Algorithm (GA), which is an Artificial Intelligence (AI) technique. The uniqueness of this approach is that it presents an integrated approach for grouping parts into families and machines into cells usingMakespan as the performance factor. Results show that minimizing the Make span maximizes the GE.

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“…The application of this GT is cellular manufacturing (CM) system. This system is a well built method for getting better operations in the batch manufacturing (Arora et al, 2013). The improvement of a CM system is based on the planned setup framework, implemented study of the presented system, creating elevated assembly and operational decisions, allocating worker, equipment and parts to the cells, adapting the innovative methods and assessing and developing the design (Li et al, 2010).…”

Section: Introductionmentioning

confidence: 99%

A simulated annealing for the cell formation problem with ratio level data

Kamalakannan¹,

Pandian²,

Sivakumar

2019

IJENM

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In this paper, the cell formation problem is considered with ratio level data with an objective of minimising the cell load variation. The attempt has been made to propose a simulated annealing (SA) based on the perturbation scheme as random insertion perturbation scheme (RIPS). The ratio level data is distinguished by utilising the workload information gathered from process times, production quantity of parts and also from the capacity of the machines. A modified grouping efficiency (MGE) is used to measure the performance of the system. From the results it is observed that the simulated annealing produces the solution does not differ significantly from the optimal solutions for the benchmark problems. The algorithms which we have chosen the benchmark problems are K-means, modified ART1 and genetic algorithm taken from the literature.

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Recent development of cellular manufacturing systems

Cited by 12 publications

References 53 publications

Parâmetros para avaliação de células de manufatura que utilizam a filosofia lean: uma revisão da literatura

Parâmetros para avaliação de células de manufatura que utilizam a filosofia lean: uma revisão da literatura

Makespan as a design tool for CMS design

A simulated annealing for the cell formation problem with ratio level data

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