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 …

To respond to high-speed characteristics and complicated airflow of the air-extraction rotor,
the paper takes advantage of ANSYS parametric design language to develop the parametric …

Yarn tension, predominately determined by the dynamic motion of yarn balloon, is a key
factor for spinning speed and yarn qualities, which is attracting an increasing amount of …

Antibacterial textiles have attracted much attention in recent years. The stability of the
antibacterial effect is one of the most important properties of antibacterial textiles. Integrating …

The scope of this study was to investigate the effect of the blend ratio on the structure and
properties of dual-feed-opening rotor-spun yarn. A variety of yarns with different blended …

The compact spinning system with a lattice apron utilizes air-flow dynamics to condense
fibers in a bunch and enhance the yarn properties. One of the main challenges with this …

为深入研究自排风式转杯气流纺纱机理, 借助流体动力学技术对其纺纱通道流场进行数值模拟.
通过ICEM CFD 和FLUENT 仿真平台, 构建基于RNGkGε 湍流方程的单相稳态流场物理模型 …

To interpret why rotor-spun yarns have fewer straight fibers, numerical simulations are
performed to explore the fiber dynamics and morphological evolution during its conveyance …

Conventional denim production is plagued by the issue of wastewater pollution from warp
dyeing. In this investigation, recycled cotton (R-CO), virgin cotton (V-CO), and dope-dyed …

To explore the yarn forming mechanism of dual-feed-opening (DFO) rotor-spun yarn, this
work is based on the advanced movement of the peeling point and the merging effect of …