Clothing engineering based on objective measurement technology

Abstract

Engineered manufacturing of high quality garments has long been a target of textile technology. There are three main factors for manufacturing high quality garments. They are: the selection of good fabrics for the garments; the process control of garment manufacturing; and the performance and correct adjustment of manufacturing machines such as sewing machines. In recent years, objective evaluation technology of fabric quality has been developed, and many researchers are now moving toward the engineered design of fabric quality based on this objective evaluation technology. The present authors are also conducting research on these three factors on the basis of the development of objective evaluation technology. This paper consists of two parts. The first part is a brief introduction about the investigation of the first and the second factors, which have been investigated by the authors. The second part presents our recent research on seam pucker problems. This problem is a machine‐materials interaction problem, and the mechanical properties of sewing thread and fabric are closely connected in this problem.