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Mežinska, Silvija
Preferred name
Mežinska, Silvija
Alternative Name
Mezinska, Silvija
Silvija Mezinska
Email
silvija.mezinska@rta.lv
ORCID
Scopus Author ID
57195483446
Researcher ID
DGA-2492-2022
Research Output
Now showing 1 - 3 of 3
- PublicationTHE EFFECT OF 3D PRINTING ON A TEXTILE FABRIC(2020)
; ; ; Gunta Salmane3D printing capabilities are also used in the fashion and textile industries. 3D printed textiles are a new opportunity to create an individual design. Traditional textile structures can be interpreted using 3D printing technologies and materials. One of the most important factors associated with the use of 3D printing technology is to reduce the impact of processing on the physical properties of textile fabrics. Availability of 3D printers at Rezekne Academy of Technologies (RTA) provides experimental work with fabrics of different thickness and fibres as well as different filaments. This study is based on the analysis of synthetic fibre cloth processing and the effect of 3D printing parameters on textile materials. By applying successive layers of materials, the interaction between 3D printing and textiles is studied. In terms of adhesion and stability, the best adhesion parameters for a particular type of fabric are determined by analysing the type of the fabric. The variance analysis method is used to process the research results. - PublicationREFLECTING ELEMENTS IN CLOTHING FOR USER SECURITY, SOLUTIONS IN CLOTHING DESIGN(2019)
; Gunta SalmaneAim of the article is to justify the topicality of contemporary decorative functional solutions in clothing design, emphasizing the necessity of using reflective material elements in clothing during the dark time of the day and assessing the reasons for the lack of existing offer for different user groups. The use of laser technologies, as a modern, diversified design resource and environmentally friendly textile processing method. Research methods: theoretical - analysis of literature sources, statistical data, and analogues; empirical - questionnaires and data processing. Study sample: 288 respondents, period – 2017/2018 study year. The research is of practical importance, as it assesses previous studies, statistical data and analyses the habits of pedestrian reflectors use / non-use in Latvia. The availability of laser equipment at the Rezekne Academy of Technologies provides experimental work with different thickness, different fibre fabrics with a carbon dioxide laser system. The treatment of synthetic fibre reflective fabric is performed by laser cutting, determining the best cutting parameters for a particular type of fabric. As a result, the design of the outfit collection is developed, ensuring a decorative and functional tie in the clothing with reflective elements - PublicationPROGRESSIVE TECHNOLOGIES IN THE DESIGN OF OUTERWEAR REFLECTING ELEMENTS(2020)
; Gunta SalmaneThe purpose of this article is to substantiate the use of advanced technologies as a processing method of modern, versatile designing resources and environmentally friendly textiles, and to demonstrate their use in the design of light-reflective material elements in outerwear collections. Functional decorative solutions, using reflective materials, are topical in contemporary fashion design for the dark time of the day and can be realized using modern technology. Research methods: theoretical - literature; empirical - experiment and data processing. Period - 2018/2019. study year. The study is of practical importance as it demonstrates the impact of technological parameters on textiles. The availability of laser processing and 3D equipment at the Rezekne Academy of Technology provides opportunity for experimental work on different thickness, different fiber fabrics with a carbon dioxide laser system and different filaments for 3D printing, determining the optimum processing parameters for a particular type of cloth. As a result, the design of the collection is developed, providing the decorative and functional significance of the garments with reflective elements.