Textile Design: Principles and Methods

Author: Li Donggao
Publisher:
Publish Date: 2005-08-01
Features: This book introduces modern design methods into textile design, establishing a methodological theoretical system that targets consumer forms and utilizes constitutive relationships for textile design. The system is built on a textile design platform based on constitutive relationship design, experimental analysis design, similarity modeling design, and expert system design. It is illustrated through numerous examples and tangible fabric construction models. The book also discusses the promotion of design and development by adhering to innovation-induced mechanisms and establishes application principles for designing with economic characteristics such as product vitality and product life as constraints. Finally, it provides a comprehensive and systematic discussion of the principles and applications of textile design from the perspective of fiber material systems engineering, combining the realization of simulation silk and imitation wool fabric style simulation goals.
As a specialized book introducing new technological concepts, it not only presents new technologies and theories but also forms many new methods and examples based on them. These contents are extremely valuable knowledge assets for enterprises in urgent need of improving their technical levels and competitiveness, as well as for technical personnel in urgent need of updating their design concepts. This book is particularly suitable for intermediate and senior technical personnel, designers, and managers in textile and apparel enterprises. It can also serve as a professional textbook for undergraduate and graduate students in relevant fields. This book introduces modern design methods into textile design, establishing a methodological theoretical system that targets consumer forms and utilizes constitutive relationships for textile design. The system is built on a textile design platform based on constitutive relationship design, experimental analysis design, similarity modeling design, and expert system design, and is illustrated through numerous examples and tangible fabric construction models.