A method based on a modification of the" nearest neighbor" relationship, as used in ecology,
is developed for evaluating the extent of mixing of nonhomogeneous fibers in a blended …

Apparent thickness variations in yarn have a decisive influence on its pe rmance and textile
processing efficiency. Yarn thickness has an even more critical influence on the quality of …

Computer vision is widely used in fabric texture recognition. In this paper, a new method
based on double-sided fusion of reflection image and transmission image is proposed for …

According to the color yarns in the fabric, the fabrics can be divided into three categories:
solid color fabrics, single‐system‐mélange color fabrics, and double‐system‐mélange color …

Fiber random arrangement in the yarn exerts considerable influence on yarn properties,
such as yarn irregularity. In this study, fiber random arrangement in the yarn was simulated …

A special image processing system was developed by the Department of Polymer Engineer-
ing and Textile Technology TU Budapest and the KFKI Research Institute for Materials …

This paper deals specifically with interlace measurements of intermingled, false-twist
textured yarns. A system has been built which is capable of analysing yarns at slow …

Two properties of blended yarns are of high importance from the wearer's point of view:
aesthetic appearance and elastic recovery. To predict the appearance of yarn after it is dyed …

The possibilities and limitations of analyzing by scanning electron microscopy wool blended
with two unmedullated specialty fibers, mohair and cashmere, were studied. The …

The yarn density measurement, as part of fabric analysis, is very important for the textile
manufacturing process and is traditionally based on single-side analysis. In this paper, a …