The control of air flow fields generated in the textile manufacturing process is important to
fiber motion. With the expansion of textile applications and the challenges brought by carbon …

Three-dimensional numerical simulation of the airflow characteristics during the whole
vortex spinning process, including the initial state of the yarn drawing-in process and the …

Reducing energy consumption during textile production processes has currently become
one of the key concerns. In order to design the nozzle of the vortex spinning machine with …

The latest development in air jet spinning technology is the Murata Vortex Spinner (MVS),
which was firstly introduced at Osaka International Textile Machinery Show OTEMAS'97 by …

The application of high speed air flow in the textile field represents the frontier development
direction in this field. However, the coupling mechanism between air flow and fiber is …

A modified vortex spinning technology, which produces core-spun yarns by means of a
tangentially injected swirling airflow, is of great prospect in view of its production rate and …

The structure of vortex spun yarn made by the Murata vortex spinning machine is different
from that of other yarns, such as ring spun yarn, air-jet spun yarn and so on. The stress …

Studying the yarn formation with the swirling air concept arouse of interest of the researchers
for a long time because it appears to be easy to understand as a spinning principle. These …

In this paper, the classical work on steady actuator disk theory is recalled and the
interpretation of the flow as the continuous shedding of vortex rings of constant strength that …

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 …