Designing a Cellular Manufacturing System: A Materials Flow Approach Based on Operation Sequences

REFERENCES

• Armour , G. C. and E. S. Buffa , “ A Heuristic Algorithm and Simulation Approach to the Relative Location of Facilities ,” Management Science 9 , 2 , 294 – 309 ( 1963 ).
   Web of Science ®Google Scholar
• Ballakur , A. , An Investigation of Pan Family/Machine Group Formation in Designing a Cellular Manufacturing System . Unpublished Ph.D, Thesis , University of Wisconsin-Madison ( 1985 ).
   Google Scholar
• Browne , J. , D. Dubois , K. Rathmill , S. P. Sethi and K. E. Stecke , “ Classification of Flexible Manufacturing Systems ,” The FMS Magazine 2 , 2 , 114 – 117 ( 1964 ).
   Google Scholar
• Burbidge , J. L. , The Introduction of Group Technology , John Wiley and Sons , New York ( 1975 ).
   Google Scholar
• Carrie , A. , “ Numerical Taxonomy Applied to Group Technology and Plant Layout ,” International Journal of Production Research II , 4 , 399 – 416 ( 1973 ).
   Google Scholar
• Carrie , A. , “ The Layout of Multi-ProductLines ,” International Journal of Production Research 13 , 6 , 541 – 557 ( 1975 ).
   Google Scholar
• Carter , M. F. , “ Designing Flexibility into Automated Manufacturing Systems ,” Proceedings of the Second ORSA/TIMS Conference on Flexible Manufacturing Sysrems , 107 – 118 , Elsevier Science Publishers , Amsterdam ( 1986 ).
   Google Scholar
• Chan , H. M. and D. A. Milner , “ Direct Clustering Algorithm for Group Formation in Cellular Manufacture .” Journal of Manufacturing Systems I , 1 , 65 – 74 ( 1982 ).
   Google Scholar
• Chandrasekharan , M. P. R. Rajagopalan , “ MODROC; An Extension of Rank Order Clustering for Group Technology ,” International Journal of Production Research 24 , 5 , 1221 – 1233 ( 1986 ).
   Web of Science ®Google Scholar
• Beer , C. J. de Witte , “ Production Flow Synthesis ,” CIRP Annals 27 , 389 – 392 ( 1978 ).
   Google Scholar
• Witte , J. , “ The Use of Similarity Coefficients in Production Flow Analysis .” International Journal of Production Research 18 , 4 , 503 – 514 ( 1980 ).
   Web of Science ®Google Scholar
• Dumolien , W. J. and W. P. Santen , “ Cellular Manufacturing Becomes Philosophy of Management at Component Facility ,” Industrial Engineering . 72 – 76 ( November 1983 ).
   Google Scholar
• Flynn , B. B. and F. R. Jacobs , “ A Simulation Comparison of Group Technology with Traditional Job Shop Manufacturing ,” International Journal of Production Research 24 , 5 , 1171 – 1192 ( 1986 ).
   Web of Science ®Google Scholar
• Hall , R. W. , Zero Inventories , Dow Jones-Irwin, Home-wood , Illinois ( 1983 ).
   Google Scholar
• Hollier , R. H. , “ The Layout of Multi-Product Lmes ” International Journal of Production Research 2 , 1 , 27 – 57 ( 1963 ).
   Google Scholar
• King , J. R. V. Nakornchai “ Machine-Component Group Formation in Group Technology; Review and Extension .” International Journal of Production Research 20 , 2 , 117 – 133 ( 1982 ).
   Web of Science ®Google Scholar
• Kumar , K. R. and A. Vannelli , “ Design of Flexible Production Sys-tem Capacity Balancing and Subcontracting Strategies , Proceedings of the Second ORSA/TIMS Conference on Flexible Manufacturing Systems , 203 – 208 , Elsevier Science Publishers , Amsterdam ( 1986 ).
   Google Scholar
• Llewellynn , R. W. , “ Travel Charting with Realistic Criteria ,” Journal of Industrial Engineering 9 , 3 , 217 – 220 ( 1958 ).
   Google Scholar
• McAuley , J. , “ Machine Grouping for Efficient Production ,” Production Engineer , 53 – 57 ( February 1972 ).
   Google Scholar
• Monden , Y. , Toyota Production System , Industrial Engineering and Management Press , Atlanta , Georgia ( 1983 ).
   Google Scholar
• Rajagopalan , R. and J. L. Barra , “ Design of Cellular Production Systems A Graph-Theoretic Approach ,” International Journal of Production Research 13 , 6 , 567 – 579 ( 1982 ).
   Google Scholar
• Reed , R. , |btPlant Location, Layout and Maintenance|jt, Richard D. Irwin, Inc. , Illinois ( 1967 ).
   Google Scholar
• Schonberger , R. J. , Japanese Manufacturing Techniques Nine Hidden Lessons in Simplicity . Free Press , New York ( 1982 ).
   Google Scholar
• Seifoddini , H. and P. M. Wolfe , “ Selection of a Threshold Value Based on Material Handling Cost in Machine-Component Grouping .” The Transactions 19 , 3 , 266 – 270 ( 1981 ).
   Google Scholar
• Selvam R. P. , K. N. Balasubramanian , “ Algorithmic-Grouping of Operation Sequences ,” Engineering Costs and Production Economics 9 , 125 – 134 ( 1985 ).
   Web of Science ®Google Scholar
• Stanfel , L. E. , “ Machine Clustering for Economic Production ,” Engineering Costs and Production Economics 9 , 73 – 81 ( 1985 ).
   Web of Science ®Google Scholar
• Tilsley , R. and F. A. Lewis , “ Flexible Cell Manufacturing Systems—A Realistic Approach ,” CIRP Annals 24 , 269 – 271 ( 1977 ).
   Google Scholar
• Vannelli , A. and K. R. Kumar , “ A Method forFinding Minimal Bottle Neck Cells for Grouping Part-Machine Families ,” International Journal o fProduction Research 24 , 2 , 387 – 400 ( 1986 ).
   Web of Science ®Google Scholar
• Wemmerlo˚v , U. and N. L. Hyer , “ Procedures for the Part Family/ Machine Group Identification Problem in Cellular Manufacture ,” Journal of Operations Management 6 , 2 , 125 – 147 ( 1986 ).
   Google Scholar
• Wemmerlo˚v , U. A. J. Vakharia , “ Dynamic and Intermittent Job and Family Scheduling of a Flow-Line Manufacturing Cell .” Working paper , Graduate School of Business, University of Wisconsin-Madison ( 1988 ).
   Google Scholar