Tasar and muga silk yarns have been dried at 80ºC, 100ºC and 140ºC and the effect of temperature on tensile and structural properties is investigated. No significant effect of drying on tenacity of tasar and muga silk yarn is observed. However, elongation decreases with drying due to increase in moisture loss with temperature. Crystallinity has no effect even when dried up to 140˚C. Scanning electron micrograph study reveals that there is no significant change in surface structure with different temperature of drying
359-361The hot air electrical stifling study has been conducted to evaluate the influence of electri...
Thanks to its comparable specific mechanical properties to glass fibers, silk is a natural fiber tha...
Natural silk (Bombyx mori) fibers with low humidity (0.07 g H2O/g dried silk) after temperature infl...
211-214Tasar and muga silk yarns have been dried at 80ºC, 100ºC and 140ºC and the effect of temperat...
497-499Time dependent deformation has been observed for mulberry (Bombyx mori) and tasar (Antheraea ...
This thesis examines the dynamic mechanical properties of natural silk fibres, mainly from silkworm ...
Silk fibre has received attention in the biomedical sector rather than textile production because of...
Silkworm silk fibre extracted from cocoon has been well recognized as a promising material for bio-m...
Silk cocoons from Antheraea assamensis silkworms have been degummed under high temperature and press...
Dynamic mechanical thermal analysis (DMTA) on individual native silk fibers demonstrates changes in ...
The present investigation aims at studying the moisture management properties of polyester-cotton pl...
Tasar silk is a variety of non-mulberry silk indigenous to the Indian subcontinent. We present the m...
19-25The present study aims at investigating the influence of yarn structure, modified through proce...
The effect of temperature on the physico-mechanical properties of samples of Bombyx mori natural sil...
The changes in microcrystalline parameters of raw wild varieties of silk fibres, like tasar, muga an...
359-361The hot air electrical stifling study has been conducted to evaluate the influence of electri...
Thanks to its comparable specific mechanical properties to glass fibers, silk is a natural fiber tha...
Natural silk (Bombyx mori) fibers with low humidity (0.07 g H2O/g dried silk) after temperature infl...
211-214Tasar and muga silk yarns have been dried at 80ºC, 100ºC and 140ºC and the effect of temperat...
497-499Time dependent deformation has been observed for mulberry (Bombyx mori) and tasar (Antheraea ...
This thesis examines the dynamic mechanical properties of natural silk fibres, mainly from silkworm ...
Silk fibre has received attention in the biomedical sector rather than textile production because of...
Silkworm silk fibre extracted from cocoon has been well recognized as a promising material for bio-m...
Silk cocoons from Antheraea assamensis silkworms have been degummed under high temperature and press...
Dynamic mechanical thermal analysis (DMTA) on individual native silk fibers demonstrates changes in ...
The present investigation aims at studying the moisture management properties of polyester-cotton pl...
Tasar silk is a variety of non-mulberry silk indigenous to the Indian subcontinent. We present the m...
19-25The present study aims at investigating the influence of yarn structure, modified through proce...
The effect of temperature on the physico-mechanical properties of samples of Bombyx mori natural sil...
The changes in microcrystalline parameters of raw wild varieties of silk fibres, like tasar, muga an...
359-361The hot air electrical stifling study has been conducted to evaluate the influence of electri...
Thanks to its comparable specific mechanical properties to glass fibers, silk is a natural fiber tha...
Natural silk (Bombyx mori) fibers with low humidity (0.07 g H2O/g dried silk) after temperature infl...