In this study, the physical–mechanical properties of ring spun, ring compact, rotor and air-
vortex yarns were investigated. The study was carried with yarn having linear densities of …

Time-dependent mechanical behavior of textiles has particular importance. One of such
behaviors is the stress relaxation. If a fabric is under tension over a period of time, some of …

Murata Vortex spinning (MVS) system is one of the unconventional systems for yarn
manufacturing. It is suitable for spinning of 100% cotton fibers, synthetic fibers, and …

This paper examined the influence of various parameters such as fibre fineness, yarn count,
distance from the front roller nip point to the hollow spindle, nozzle pressure and yarn …

The vortex spinning machine has been used to develop coloured spun yarn which is
commonly used in the yarn-dyed fabrics. Based on the Box and Behnkan Design, the …

The principle and process of yarn formation determines fiber trajectory in a yarn. The
objective of this paper was to investigate the effect of some parameter variables on the fiber …

Textile materials, especially yarns formed from polymers such as polyester during
deformation, have viscoelastic properties, namely a combination of elastic and viscous …

In this study, the effect of yarn linear density, delivery speed and nozzle pressure on Rieter
air jet spun yarn strength was investigated. A multiple regression model was used to study …

To clarify the formation mechanism of a source of yarn and to discuss the effects of supplied
air pressure and exhaust air pressure on the fiber suction force and twist torque at the …

In this paper, the stretching-stress relaxation properties of polyester/viscose and
regenerated bamboo fiber/cotton blended yarns are studied. Based on the Boltzmann …