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 …

The image-processing method, based on Photoshop software, was used to analyze the fiber
distribution pattern in yarn cross section for vortex-spun yarn. Fiber packing density and fiber …

Murata vortex spinning (MVS) is a recently developed spinning technology which utilizes
high speed swirling airflow to insert twist into the yarn. The motional characteristics of the …

In Murata vortex spinning (MVS), the principle of yarn formation is closely related to the flow
field inside the nozzle. This paper presents a numerical simulation of the flow characteristics …

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 …

This study examined the mechanical properties of micro modal yarns and their knitted
fabrics spun using ring, compact, and air vortex spinning machines. The micro modal air …

This study examined the hand and wear comfort properties of hemp/tencel blend yarns and
their knitted fabrics spun by ring, siro spun, and air vortex spinning machines. The tactile …

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 …

In this paper, flow patterns, such as the velocity distribution along the radius of the nozzle
block at section AA and static pressure distributions along the nozzle block axis and its …

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 …