Automation of cut planning in the apparel industry. Stevens, L. Feb 1993, 34(6), 40-42. Source: Bobbin

Optimum lay planning for garment industry 1997. Source: Engineering Focus

Fabric Loss During Spreading: A Theoretical Analysis and its Implications. Ng, S.F.; Hui, C.L.; Leaf, G.A.V. Journal of the Textile Institute. 1998 v 89 n 1 p 4. Source: UNCOVER

A mathematical model for predicting fabric loss during spreading. 1999. Source: Textile Focus

Understanding of the actual environment by feeling and action. Planning of the fabric spreading process. (Ministry of Education S). 1997. Source: Engineering Focus

OPTIMAL FABRIC LAYOUT WITH CONSIDERATION FOR VARIED-WIDTH PIECES. Source: Textile Focus

Mathematical method for optimizing the laying-up of fabrics. I. Source: Textile Focus

Fabric loss in garment manufacturing. 1998. Source: Textile Focus

Effect of fabric properties on the amount of waste over the lay length. II. 1991. Source: Textile Focus

Economic/mathematical model for selecting the optimum ways of cutting cloth. 1990. Source: Textile Focus

Mathematical method for optimizing the laying-up of fabrics. II. Source: Textile Focus

Optimum fold-free spreading of fabric lengths. Source: Textile Focus

Optimal utilization of fabric in clothing manufacture through the use of lay planning. Source: Textile Focus

EFFICIENT FABRIC USAGE CAN ENHANCE BOTTOM LINE. 1990 Source: Textile Focus

ON SOLVING SOME PROBLEMS OF INEFFICIENT USE OF FABRICS IN PRE-SEWING-CUTTING PROCESS AT APPAREL FACTORIES. 1988. Source: Textile Focus

PROVIDING CLOTHING FACTORIES WITH FABRIC PIECES MEETING THE DEMANDS OF RATIONAL CUTTING. PARTS 1&2. 1987. Source: Textile Focus

YIELD FACTOR OF CUTTING LAYOUTS IN PATTERNED FABRICS. 1986. Source: Textile Focus

Loss Control Program for the Apparel Industry. Final rep or t. Mar 82. Source: Engineering focus

DETERMINATION AND CLASSIFICATION OF FACTORS INFLUENCING FABRIC LOSSES IN LAYING. 1985. Source: Textile Focus

OPTIMIZATION OF FABRIC CUTTING. 1985. Source: Textile Focus

Manufacturing efficiency. Monitoring system improves productivity. Journal Info Apparel International: The Journal of the Clothing and Shoes Institute. DEC 01 1994 v 25 n 11 5. Source: Uncover

Development trends in apparel technology. I. Development of apparel, cutting and fabric economy. II. Marking, spreading and cutting. III. Joining of garment components, pressing. Source: Textile Focus

ARE YOU AWARE OF THE PERCENTAGES OF YOUR FABRIC LOSSES? Source: Textile Focus

FABRIC LAYING THE CUTTING ROOM. 1985. Source: Textile Focus

TECHNICAL-ECONOMICAL ANALYSIS OF VARIOUS FORMS OF PRODUCTION ORGANIZATION IN SPREADING FABRICS IN THE SEWING INDUSTRY. PART 1. Source: Textile Focus

STATISTICAL PROBABILITY METHOD OF CHOOSING A RATIONAL VARIANT OF PIECES CALCULATION IN CUTTING FABRICS WITHOUT PRIOR LAYING. PART 1. Source: Textile Focus

TO COMPETE WORLDWIDE, CUT AVOIDABLE LOSSES. Source: Textile Focus

CALCULATION OF FABRIC PIECES OF DIFFERENT WIDTHS IN LAYING. COMMUNICATION 2. Source: Textile Focus

CLOTH SPREADING AND CUTTING IN KNIT PRODUCTION PROCESSES. PART 2 1985. Source: Textile Focus

Optimizing the cutting of fabric rolls. 1984. Source: Textile Focus

INFLUENCE OF CUTTING-LAYOUTS AND FOUR-SIZE LAYERS ON THE FABRIC CONSUMPTION IN THE PROCESS OF APPAREL MANUFACTURE. 1983. Source: Textile Focus

Fabric loss during spreading: A theoretical analysis and its implications. Hui CL; Leaf GAV W YORKSHIRE , ENGLAND . JOURNAL OF THE TEXTILE INSTITUTE, 1998, Volume: 89, Number: 4,1, Page: 686-695, 1998. Source: Uncover

Cut order planning for apparel manufacturing Author(s): Jacobs Blecha, C.; Ammons, J.C.; et al Ref: IIE Trans, Jan 1998, 30(1), 79-90 Source: Uncover

Optimization of roll cutting in clothing industry. Author(s) Gradisar, Miro Jesenko, Joze Resinovic, Gortan. Computers & Operations Research. 1997 v 24 n 10 945. Source: Uncover

OPTIMIZATION OF CUTTING IN FABRIC EXAMINATION OF YARDED CLOTH. 1982. Source: Textile Focus

BETTER UTILIZATION OF FABRICS DURING THE CUTTING PROCESS, WITH THE METHODS OF ERROR CONSIDERATION SERVING AS AN EXAMPLE, 1982. Source: Textile Focus

THE ALGORITHM FOR SOLVING THE MULTICRITERION PROBLEM OF CUTTING FABRICS INTO WIDTHS. 1980. Source: Textile Focus

Solving an apparel trim placement problem using a maximum cover problem approach Aug. 1999. Source: Engineering Focus