Abstract
In order to study basic phenomenon of dynamic drape of filament weaves, dependency of fabric tension on vibrational property of the weaves based on shear deformation was investigated in detail in relation to shear property of the weaves. It was shown that the vibration damped linearly with time in the small shear deformation region (<0.035rad) at all the weight examined here (0.1-3.5kg/m). This means the vibration damps by inter-fiber and/or inter-yarn friction in the weaves. Optimum region of the weight at which the vibration continued the longest was recognized to exist experimentally and theoretically. The damping ratio correlated well with the combined parameter of shear property measured by KES system; 2HG0/√G0 and this could be considered as a arameter of vibrational property of weaves. Vibration of silk weaves lasted longer than the similar type of silk-like polyester weaves.
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Schedule a callMore From: Sen'i Kikai Gakkaishi (Journal of the Textile Machinery Society of Japan)
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