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Analysis of Fiber-Particle-Airflow Interaction and Its Application to the Development of a Novel Card-Spinning System.

  • 출판일1999.04
  • 저자
  • 서지사항
  • 등록일 2016.11.02
  • 조회수 216
The current process sequence for short staple yarn manufacture involves approximately ten individual steps. Collaborative research at Clemson University and the Gerogie Institute of Technology to develop more efficient machines and processes that shorten the line is focusing on the analysis of the motion dynamics of fiber clumps and particles in an air flow and the development of a single-stage process (card spinning) to incorporate multiple spinning heads into a carding machine. The motion dynamic experiments are emphasizing the effect of flow pattern and barrier arrangements on fiber opening, trash removal, self leveling, nep formation, and fiber loss in openning, cleaning, and carding. Accomplishments include a literature survey and discussions with industry partners. Studies on experimental and theoretical analysis of air flow, web uniformity detection, and spinning head design are ongoin. 13 refs.
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