Open Access Research Article

Mathematic Model of the Spinning Process of a Wool Yarn

ALEXANDRU POPA, ADINA BUCEVSCHI, MONICA PUSTIANU, LILIANA ROZEMARIE MANEA, ION SANDU
DOI Not yet assigned
Published 30 Jun 2016
Pages 316–320

Abstract

Wool as important row material in textile processing is the oldest fibre used by people to make fabrics. In order to make products corresponding to market requirements, use of the increasingly fine wool fibres has expanded. This type of fibre is mainly imported. In order to establish optimal conditions for the experiment was chosen a central compose rotatable program, second order, with two independent variables: partial draft and spindles speed at spinning machine. Using data obtained with the program have established the optimum parameters of the spinning process. The paper examines the optimization of the spinning process of a yarn made by 100% wool, sort 70’s Nm 52.

Keywords: breaking strength; mathematical model; second order; spinning; yarn; wool

How to Cite this Article

POPA, A., BUCEVSCHI, A., PUSTIANU, M., MANEA, L., & SANDU, I. (2016). Mathematic Model of the Spinning Process of a Wool Yarn. Materiale Plastice, 53(2), 316–320.
POPA A, BUCEVSCHI A, PUSTIANU M, MANEA L, SANDU I. Mathematic Model of the Spinning Process of a Wool Yarn. Materiale Plastice. 2016;53(2):316–320.
A. POPA, A. BUCEVSCHI, M. PUSTIANU, L. MANEA, and I. SANDU, "Mathematic Model of the Spinning Process of a Wool Yarn,” Materiale Plastice, vol. 53, no. 2, pp. 316–320, 2016.
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