... equal to 10 × 5 cm. The actual size of the samples is 20 × 5 cm in order to grasp the two ends of the samples, as it is shown in Figure 4 . © Emerald Group Publishing Limited 2007 Fabric testing Materials handling Robotics Neural nets In the clothing industry, the experts...

... and wool fabric assemblies. © Emerald Group Publishing Limited 2005 Clothing Garment industry Automation Materials handling The automation of garment manufacture is an important field of study in the textile industry. In this field, a major focus has been placed on materials...

... samples without puckering as well as higher values of 2HB, 2HG and 2HG5, and to some extent higher levels of B and G also. © MCB UP Limited 1997 Clothing industry Fabric Materials handling Textiles Figure 2 , characterizing one of the samples, should serve as a proof that washing...

... when investigating the human objective judgement of a geometrical phenomenon. Suggests that this investigation may be applied directly to the development of an objective system of seam pucker level. © MCB UP Limited 1997 Clothing industry Materials handling Sewing 4...

... of the fabric formed under the aforesaid conditions are the main feature. To some extent, it is used to represent the gracefulness of a fabric in appearance and its comfortableness in touch. This does not apply to other sheet materials such as papers. Fabric Garments Materials handling Sewing...

..., compliance of outer fabrics and fusible interlinings and fabric formability on the degree of rippling. Suggests preventive measures to avoid rippling in fused garment parts. Clothing industry Fabrics Materials handling Sewing Tests Nowadays, most garments are fused in certain areas. Rippling...

... body form. Uses the finite element model to provide data for an animated display and finds that it produces sufficiently realistic results for the garment designer’s purposes. © MCB UP Limited 1996 Fabric Clothing Materials handling Models A simple finite element model for cloth drape...

... solution into a series of solitary wave solutions. These analytical expressions describing the curvature parameters of a surface represent actual solutions of fabric dynamical systems. © MCB UP Limited 1996 Fabric Materials handling Textiles IJCST 8,3 Modelling fabric deformation...

... for the example, but this has limitations that indicate that more sophisticated techniques are needed. Points out possible difficulties with the graphical representation of drape, based on the experience of the simple example. © MCB UP Limited 1996 Fabrics Materials handling An approach...

..., and thread tension imbalance, for several stitch types. © MCB UP Limited 1996 Fabric Materials handling Sewing Textile industry IJCST 8,1/2 24 Thread motion ratio used to monitor sewing machines J. Lewis Dorrity and L. Howard Olson School of Textile and Fiber Engineering, Georgia Institute...

... industry Materials handling An XY-Theta manipulator for flexible fabric part positioning George R. Barrett, Carlos E. Farrington and Timothy G. Clapp College of Textiles, North Carolina State University, Raleigh, North Carolina, USA An XY-Theta manipulator 33 Introduction The assembly of apparel...

... at test control strategy and acquisition of force and deformation data, from the viewpoint of process control in garment assembly. © MCB UP Limited 1996 Fabrics Materials handling Textile industry IJCST 8,1/2 12 Low-stress fabric testing for process control in garment assembly Application...

..., New York, NY, 1982. © MCB UP Limited 1995 Fabric Clothing Materials handling ...

... of the assessment and a substantial amount of individual subjective handle assessment can be explained by the model. Fabric Clothing Materials handling Subjective and objective evaluation of men s shirting fabrics Kit Lun Yick, K.P.S. Cheng and Yan Lai How Institute of Textiles and Clothing, The Hong Kong...

... Limited 1992 Computer Integrated Manufacturing Materials Handling Multi‐user Computing Production Methods Robotics ...

... Clothing Industry Equations Materials Handling INTERNATIONAL JOURNAL OF CLOTHING SCIENCE AND TECHNOLOGY POSITIONING OF TEXTILES GENERAL SHELL EQUATIONS OF MOTION C. Högfors and B. Edberg Received 29 March 1990 Accepted 27 May 1990 INTRODUCTION The material flow in a flexible manufacturing system could...