Open Access. Powered by Scholars. Published by Universities.®

Arts and Humanities Commons

Open Access. Powered by Scholars. Published by Universities.®

1990

PDF

Series

Art and Design

Department of Textiles, Merchandising, and Fashion Design: Faculty Publications

Articles 1 - 2 of 2

Full-Text Articles in Arts and Humanities

Challenging Patterns, Rose Marie Tondl Apr 1990

Challenging Patterns, Rose Marie Tondl

Department of Textiles, Merchandising, and Fashion Design: Faculty Publications

In "Challenging Patterns" you can build on basic construction skills you learned in Sewing for Fun and Clothing Level 1 and Clothing Level 2. You will practice new skills by working with more detailed and intricate pattern designs. You will learn more about:
* Wardrobe building
* Selecting challenging patterns
* Coordinating pattern and fabric
* Design elements - line, color, texture
* Design principles - proportion, balance, rhythm, emphasis and harmony
* Face shapes - hair styles, necklines and accessories
* Selecting accessories
* Serger sewing
* Western wear
* Careers in textiles and clothing


Evaluating Uv Absorbers , Patricia Cox Crews, David J. Clark Mar 1990

Evaluating Uv Absorbers , Patricia Cox Crews, David J. Clark

Department of Textiles, Merchandising, and Fashion Design: Faculty Publications

UV absorbers and antioxidants topically applied to upholstery fabrics to reduce fading, separately and in conjunction with soil repellent finish formulations containing UV absorbers, were evaluated in this study. Over fifty upholstery fabrics were initially evaluated and fourteen were selected for further study. The fabrics were then topically treated with commercially available soil repellent finishes (a fluorocarbon and a silicone finish) containing UV absorbers or immersion-treated with one of thirteen UV absorbers or antioxidants. Following light exposure, color changes were evaluated visually and instrumentally. The results showed that neither the fluorocarbon nor silicone-based soil repellent finishes containing UV absorbers significantly …