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Thermo-physiological properties of textiles are influenced by several fibre, yarn and fabric parameters.
Variability of the fabric parameters is implemented in a "virtual textile" model of 3D fabrics.
An analytical model is proposed to relate the fabric parameters to the locking angle.
It enables computer-aided design programming of fabric parameters according to mechanical requirements of the end use.
The effect of fabric parameters and other physical factors on the performance of a given geotextile in relation to a particular function is also discussed.
Engineering fabrics with desirable thermo-physiological properties suited for specific applications such as active wear, intimate wear is a big challenge for textile manufacturers as gamut of fibre, yarn and fabric parameters are known to influence the thermo-physiological properties.
Similar(49)
Three fabrics' parameters intended to bring a flow enhancement to the NCF are investigated: the stitch spacing, the stitch pattern and the weft tow lineal weight.
In the present research, the artificial neural network (ANN) has been applied to predict the fabric apparent parameters.
So it is important to know the effects of the fabric structural parameters on the tearing resistance of these types of fabrics.
In this work the effects of some fabric structural parameters were studied on the tearing properties of fabrics used in tents.
Sweat transmission and absorption properties of clothing are affected by fibre properties, yarn and fabric structural parameters, chemical processing and clothing design properties (Oner et al. 2013).
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