Title Medvilninių audinių technologinės apdailos įtaka gaminių klostuotų elementų formavimui /
Translation of Title Influence of cotton fabrics’ technological treatment on the formation of pleated clothing elements.
Authors Andrikytė, Agnė
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Pages 51
Keywords [eng] woven fabric ; chemical treatment ; pleats sharpness ; stability
Abstract [eng] Final Master‘s degree project contains of 15 originally made cotton dress collection, which reveals the tendencies of perspective fashion with pleated elements that are used quite often. A source of inspiration of this collection – interwar fashion of Kaunas city. Literature of the project review includes analysis of technological ways that textile is decorated and influence on features of materials. A new estimation method of pleats sharpness and stability was created according to review of technique of tightness and wrinkle. Using such technique, technological processing (washing at home conditions, moisturing, tightening, washing and softening at home conditions, industrial washing and softening) influence on quality of pleated elements was evaluated. It was observed, that the least suitable method on the formation of pleated elements is the industrial washing and softening, while the sharpest pleats were formed using tightening process. The research results of impact of technological decoration on sharpness of cotton clothing pleats were represented during conference of youth scientists called „Industrial engineering 2015“ using a stand report and also published in the conference report material. In realising the practical part of research of the project, analysis of model analogues was accomplished and technical sketch of the main model of collection was presented. A dress was created, which contains of stature and parts of pleated skirt. Basic and fashionable construction of dress (stature and skirt) was designed, technology and process of production was projected, technological devices were chosen, terms and costs of the production were designated. The results of the project are summarized with conclusions and practical recommendations.
Dissertation Institution Kauno technologijos universitetas.
Type Master thesis
Language Lithuanian
Publication date 2015