128-133The effects of spinning conditions on the comfort characteristics of woven cotton fabrics have been investigated. It is observed that the comfort characteristics of cotton fabrics are greatly influenced by the yarn structural variants. The yarn structure has a large effect on the fabric comfort. Twist factor and spindle speed influence the fabric comfort by modifying the yarn hairiness, packing coefficient and diameter. In woven fabrics, a systematic increase in spinning draft substantially alters the air and water vapour permeabilities and hence, the comfort level. For all experimental combinations, the compact-spun yarn fabrics possess poor thermal resistance, better air & water vapour permeabilities, and lower wickabili...
134-138Dref III friction-spun yarn has been structurally modified using polyester filament fibre a...
This paper aims to investigate the relationship between fabric weave structure and its comfort prope...
177-186Clothing protects from cold or heat to maintain body thermal comfort throughout the full ran...
45-49The importance of yarn structural variants such as spinning draft, twist factor, yarn structu...
137-143The influence of different experimental conditions on the thermal comfort behavior of polyest...
The present study aims at investigating the influence of yarn structure, modified through process pa...
19-25The present study aims at investigating the influence of yarn structure, modified through proce...
Effect of the modified yarn path in ring spinning on the thermal comfort behavior of the cotton wove...
395-401Effect of the modified yarn path in ring spinning on the thermal comfort behavior of the cott...
31-37The effect of sheath fibre proportion, fibre fineness, and yarn fineness on physiological comf...
The effect of sheath fibre proportion, fibre fineness, and yarn fineness on physiological comfort re...
A study has been carried out to engineer the fabric comfort by modifying the internal yarn structure...
The effect of sheath fibre proportion, fibre fineness, and yarn fineness on physiological comfort re...
47-52The thermal comfort characteristics of light weight bamboo-cotton blended apparel fabrics hav...
424-430A study has been carried out to engineer the fabric comfort by modifying the internal yarn st...
134-138Dref III friction-spun yarn has been structurally modified using polyester filament fibre a...
This paper aims to investigate the relationship between fabric weave structure and its comfort prope...
177-186Clothing protects from cold or heat to maintain body thermal comfort throughout the full ran...
45-49The importance of yarn structural variants such as spinning draft, twist factor, yarn structu...
137-143The influence of different experimental conditions on the thermal comfort behavior of polyest...
The present study aims at investigating the influence of yarn structure, modified through process pa...
19-25The present study aims at investigating the influence of yarn structure, modified through proce...
Effect of the modified yarn path in ring spinning on the thermal comfort behavior of the cotton wove...
395-401Effect of the modified yarn path in ring spinning on the thermal comfort behavior of the cott...
31-37The effect of sheath fibre proportion, fibre fineness, and yarn fineness on physiological comf...
The effect of sheath fibre proportion, fibre fineness, and yarn fineness on physiological comfort re...
A study has been carried out to engineer the fabric comfort by modifying the internal yarn structure...
The effect of sheath fibre proportion, fibre fineness, and yarn fineness on physiological comfort re...
47-52The thermal comfort characteristics of light weight bamboo-cotton blended apparel fabrics hav...
424-430A study has been carried out to engineer the fabric comfort by modifying the internal yarn st...
134-138Dref III friction-spun yarn has been structurally modified using polyester filament fibre a...
This paper aims to investigate the relationship between fabric weave structure and its comfort prope...
177-186Clothing protects from cold or heat to maintain body thermal comfort throughout the full ran...