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Employing visualisation techniques and tools for educational purposes in textile studies

Stjepanovic Z., Fakin D.

Autex Research Journal

2010

Vol. 10, no. 2

39--43

Modern textile and clothing manufacturers can today use the entire range of conventional CAD/CAM systems together with new computer graphics and Internet-based technologies in order to strengthen their position on the market, building a completely new electronic-business offer. Graphical presentation of textile products and processing, or visualisation, presents a promising technology that can be treated as a potential enrichment of conventional computer aided technologies used today by the majority of advanced producers of textile fabrics, clothing, and other textile products. The article presents the results of research on designing computer software for visualising the fabric dyeing process. The program package produced enables the effective visualisation of two fabric dyeing processes: a Pad-Batch machine line for dyeing flat textiles in open-width state, and an HT overflow dyeing machine for fabric dyeing in rope form. Graphical applications of both dyeing processes can be used for both industrial and educational purposes. In this article, we focus more on presenting the program structure and functionalities for using the software to support the education of textile students.

Processing of spinning data to support yarn engineering

Stjepanovic Z., Ziberna-Sujica M.

Zeszyty Naukowe. Włókiennictwo / Politechnika Łódzka

2000

z. 58

107-117

Today, the modern spinning process is not imaginable without computer based information systems. Supported by sophisticated measuring and control devices, these systems proved to be very helpful in providing the accurate and current data for management and control of the spinning process. The contribution presents some experiences regarding the processing of spinning data to support the yarn engineering and fibre blend optimisation processes. Supposing that the yarn process is well chosen and production machniery well adjuste, by employing the above mentioned techniques, the majority of yarn cross-sectional variations and other problems related to yarn appearance, or yarn properties, respectively, can be avioded.