Tensile and dimensional properties of air-jet textured yarns are affected by air pressure,
overfeed, and different overfeed levels of the core and effect components. There is …

The properties of the supply yarn and the processing parameters together determine the
final properties of air-jet-textured yarns. An investigation is reported on how variations in …

A numerical approach to predict the yarn interlacing frequency of triangular interlacing
nozzle is discussed in this paper. The inviscid, compressible flow field inside air nozzles is …

It is shown that the quantity of water mixing into the air-flow is an insignificant proportion of
the total amount of water used in the air-jet texturing process and that this has a negligible …

Snarling is a persistent problem in textile manufacturing processes such as warping,
winding, knitting and weft insertion. In such processes, the tendency of yarn to snarl is …

The effect of single, double and triple air-jet nozzles of different materials, such as brass,
aluminium and teflon, on the characteristics of jet ring-spun yarns has been studied. Regular …

Air-jet texturing is a well-established filament yarn processing technology that has been
around for more than half a century. There is much debate about various aspects of the …

A statistical work was performed to investigate effect of air jet texturing process parameters
on acrylic filament yarn properties. It was shown that process parameters such as air …

Determination of the instability of air-jet textured yarns is a very important aspect of their
quality characterization. To overcome this problem many researchers have suggested …

The objective of this research work was to investigate the use of steam as a substitute fluid
for air in spun-like textured yarn manufacturing. The new substitute product holds the …