Abstract

The correlations of internal stresses arising in a complex glass fibre during with the shape of the fibre as a function of the surface properties of the lubricant and the tension of the fibre in the pack layers were obtained in differential and integral form. The results of the studies confirm the validity of the proposed analytical model of formation of internal stresses in a complex fibre during its drying. The conclusion that the different lengths of the monofilaments in the complex fibre is the basic cause of formation of the twisted structure of the complex fibre was experimentally confirmed.

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