... Savvas Vassiliadis can be contacted at: svas@teipir.gr © Emerald Group Publishing Limited 2012 Fabric testing Textile technology Modelling Woven fabric Homogenization method FEM Three‐layer structure p₁=warp spacing of woven structure (mm...

... Publishing Limited 2011 Cotton Textile technology Fabric production processes Proteins The effects of different enzymes, enzyme concentrations, and treatment conditions on the weight of the knitted interlock, are shown in Figure 3 . Enzymes A and D T. reesei whole cellulase...

... cast that can overcome the difficulties of cast fixation with the injured part of the body: an economic product, that should be easy to use, light weight, comfortable, skin friendly, water resistant, easy to clean, and affordable. Textile technology Medical appliances Orthopaedics Limbs...

...@yahoo.fr © Emerald Group Publishing Limited 2011 Garment industry Fabric production processes Cotton Textile technology Denim jeans evolved into a part of the fashion range, its success is due to its ability to change with every social and cultural evolution (Spevack, 1997 , p. 7...

.... Figure 4 shows the graphical illustration of the procedure: Step 1 (Translate): Cloth Simulation Fabric production processes Textile technology Garment is 3D product which is sewn from 2D fabrics (patterns). To predict the final try‐on shape of the garment, both...

... fitted garment pattern is one of the most important steps in future garment production process. Sungmin Kim can be contacted at: smkim71@jnu.ac.kr © Emerald Group Publishing Limited 2010 Deformation Garment industry Textile technology Modelling Computer aided design One...

...). In the reconstruction process, it is necessary to divide the body in three parts, from waist to stomach, from stomach to hip, and from hip to hemline. Modelling Computer applications Textile technology Human anatomy Traditional pattern making systems use two‐dimensional perimeter element information...

... fabric Textile technology Fabric testing Deformation Bagging Wrinkle is a form of three dimensional fabric deformation that usually appears at the back of the knee in a trouser leg. In fact, whenever, bending occurs in more than one direction, so that the fabric is subjected to double...

.... Lihuan Zhao can be contacted at: lihuan‐zhao@mail.dhu.edu.cn © Emerald Group Publishing Limited 2009 Textile technology Temperature Textile manufacturing process Fabric testing Polytrimethylene terephthalate (PTT) shape memory fabric is a newly developed advanced fabric...

... as a vertical line from this point on a profile view of the scan (Figure 3). Clothing Image scanners Textile technology Design and development Three‐dimensional (3D) body scan data provides a wealth of information about the body that can be used in anthropometric studies to quantify the range...

... to this, the new criterion for seam pucker evaluation was proposed. Milda Juciėnė can be contacted at: milda.tartilaite@ktu.lt © Emerald Group Publishing Limited 2008 Textiles Textile technology Force Friction Textile making‐up processes One of the parameters for assessing, the quality...

... Fabric production processes Bagging Textile technology Deformation Sheets A thin rubber sheet, a sheet of paper and four different clothing fabrics have been chosen for the experimental work. Including of the first two sheets was necessary for verification of the theoretical analysis which...

.... Amirbayat can be contacted at: amirbayat@aut.ac.ir © Emerald Group Publishing Limited 2006 Fabric production processes Textile technology Deformation Sheets Generally speaking, bagging is the three dimensional deformation of a sheet under a force normal to its plane. In the field...

..., but found to perform less well with regards to shape recovery. Clothing Garment industry Textile technology Fabric production processes The use of shape memory materials in the clothing industry opens up new horizons not only for fashion designers, but also for high performance garment...

... is the effect of thermal regulating occurred during phase change process. Textile technology Textiles Thermal conductivity Based on the development of microencapsulated phase change materials (MicroPCM), it was demonstrated that the MicroPCM can be incorporated into the spinning dope...

...‐time. It uses photometrically acquired bump and colour maps of textiles to provide real‐time visualisation of a textile sample, under user‐controlled illumination, pose and flex. © Emerald Group Publishing Limited 2004 Electronic commerce Simulation Textile technology...

... to specialty textiles technology is analyzed. The relation of textile science to material design in terms of specialty textiles technology is also discussed. Some examples of scientific knowledge in terms of data base for material design are presented. CPD in the system is carried out by conceptually...

..., which utilizes centrifugal forces. We developed a trellis shear tester which gives uniform shear deformation under small tension to obtain the initial shear modulus under small tension. © Emerald Group Publishing Limited 2004 Production innovation Textile technology Any...