Principle of woven fabric design

Author: Xie Guangyin
Publisher:
Publish Date: 2005-01-01
Features: This book is divided into ten chapters. Chapters 1 to 3 are the fundamental theory part; Chapters 4 to 6 are closely integrated practical applications based on the fundamental theory; Chapter 7 covers weaving processes and parameter calculations; Chapters 8 to 10 focus on selvage design, new product design, and performance testing of new products. Addressing the current situation where woven fabric design often relies heavily on empirical methods, this book adopts the fundamental theory of fabric geometry as the research methodology and proposes a theoretical design approach for woven fabrics with a solid foundation for practical application. This design method forms a relatively complete theoretical system and can be effectively applied in production practice. During the theoretical research process, to better align with actual production conditions and facilitate research and application, this book expands the existing classification of geometric phases in the current theories of fabric geometry, enabling a more accurate description of the geometric phase states of various fabrics. The book introduces several basic design methods and perspectives, such as establishing the theoretical functional relationship between the geometric phase of fabric geometry and the weft shrinkage rate of the fabric, which provides effective solutions for the design of striped and checkered fabrics and addresses weaving defects in these fabrics. The book covers a broad scope, not only providing detailed explanations of the design and process calculations for various types of fabrics such as apparel fabrics, decorative fabrics, and industrial fabrics, but also introducing selvage design, new product design, and product performance and testing. The book has a certain depth, difficulty, and breadth, making it suitable as a graduate textbook for textile engineering programs or as a senior elective textbook for textile engineering and textile material and product design programs in higher education institutions. It is also suitable for textile design engineers and technicians, as well as serving as a reference book for practical production and a resource for improving professional skills.