Study on the model of semi-open-end twist in compact spinning with lattice apron

Study on the model of semi-open-end twist in compact spinning with lattice apron

The twist mechanism of the fiber strand in the condensing zone in compact spinning is complex. This paper proposes a dynamic model to evaluate the additional twist of the fiber strands. Based on the flow simulation in the condensing zone, the fiber trajectory in the suction slot was simulated and ob...

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Veröffentlicht in:Textile research journal 2021-03, Vol.91 (5-6), p.467-479
Hauptverfasser: Fu, Ting, Zhang, Yuze, Akankwasa, Nicholus Tayari, Chen, Nanliang, Lin, Huiting
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Dynamic models
Flow simulation
Simulation
Suction
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container_end_page 479
container_issue 5-6
container_start_page 467
container_title Textile research journal
container_volume 91
creator Fu, Ting
Zhang, Yuze
Akankwasa, Nicholus Tayari
Chen, Nanliang
Lin, Huiting
description The twist mechanism of the fiber strand in the condensing zone in compact spinning is complex. This paper proposes a dynamic model to evaluate the additional twist of the fiber strands. Based on the flow simulation in the condensing zone, the fiber trajectory in the suction slot was simulated and obtained. Several spinning parameters such as suction slot angle, suction slot width, negative pressure, and shape of suction slot, were varied to show their effects on the additional twist. The simulation results indicated that by increasing the suction slot angle from 5° to 10° the additional twist increased significantly. Higher negative pressure also leads to an increase in the additional twist. The suction slot width has a greater effect on the fiber trajectory than on the additional twist. An arc-shape suction slot increased the additional twist compared with a linear-shape one. An experimental test conducted revealed a precise agreement with the simulation results.
doi_str_mv 10.1177/0040517520942545
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subjects Dynamic models
Flow simulation
Simulation
Suction
title Study on the model of semi-open-end twist in compact spinning with lattice apron
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