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To anticipate, it is observed that the friction coefficient and yarn height are the most influential factors with respect to the specified macro-scale mechanical responses.
The weave pattern is the design variable of the first task considering the stochastic effects under uncertainties wherein four uncertain mesoscopic parameters are investigated: yarn spacing, yarn width, yarn height and misalignment in yarn angle.
The sensitivity of four meso-scale uncertain input parameters on the macro-scale response are investigated; i.e. the yarn height, the yarn spacing, the yarn width and the friction coefficient.
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Consequently, the cotton yarn obtains higher wicking heights and smaller contact angles at lower MRs. The size adhesion analysis proves that the adhesion between the roving and the size becomes weaker as the MR increases.
The wicking height in the yarns was observed to reduce after enzyme treatment.
Wicking height for a given yarn is related by the formula (Lord, 1974).
The rate of pile yarn feed from the creel governs pile height.
Warp yarn density of produced fabric at different positions of height with fixed depth and variable positions of depth with fixed height of backrest roller were shown in Fig. 1a, b respectively.
Weft yarn density of produced fabric at different positions of height with fixed depth and variable positions of depth with fixed height of whip roller were shown in Fig. 2a, b respectively.
In this sense it could be summarized that with an increase in the height, the warp tension increased, void places of yarn was reduced, so yarns became compact causing reduction of free space between warp yarns up to a certain time, thus the flow of air that passes through the fabric decreased up to a limit.
The reason behind such phenomenon may be explained hypothetically such as that with increasing height of whip roller, tension of warp yarns was increased as a result warp yarns become straighter and crimp of grey and finished fabric decreased.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com