| Title |
Erdvinės struktūros dvisluoksnių audinių kūrimas lietuvių etnografinės tekstilės motyvais ir jų savybių tyrimas / |
| Translation of Title |
Development of spatial double-layer woven fabrics using Lithuanian folk textile motifs and investigation of their properties. |
| Authors |
Kot, Liucina |
| ISBN |
9786090212998 |
| Full Text |
|
| Pages |
102 |
| Keywords [eng] |
spatial double-layered fabric structure ; symmetry groups of weaves and color repeats ; Lithuanian ethnographic textile motifs ; specific weaving machine design ; mechanical properties |
| Abstract [eng] |
Double-layered fabric is composed of two warp and two weft systems which are interconnected to each other in a specific manner. Specific weaving machine construction, new chemical and mechanical finishing options enabled us to develop, produce and install specific relief double-layered spatial fabrics that reflect the latest trends in textiles. Made fabrics combines classic traditional Lithuanian textile patterns and ornamentation features recommended and actual in the trend of recent year with new suggested spatial double-layered fabric structure. The investigation covers the fabric quality forecasting. Double-layered spatial fabrics’ mechanical properties are one of the most important characteristics that determine the value of consumer products; the fabric longevity, durability depends on product strength, elasticity. Double- layered fabric wear is evaluated by fabric’s abrasion resistance. Textile finishing really changes the appearance and properties of fabrics – the fabric becomes softer, fluffier, more recovers after finishing. Grey double-layered fabrics can be used for home, decorative textiles due to its smooth and rigid surface and fabrics after finishing can be used for clothing manufacturing industry due to its softness and friability. Set mathematical relationships let to forecast indicators on which the production of high-quality spatial double-layered fabrics was developed and implemented. |
| Dissertation Institution |
Kauno technologijos universitetas. |
| Type |
Doctoral thesis |
| Language |
Lithuanian |
| Publication date |
2017 |
