By Yan Li, D X-Q Dai
Biomechanical engineering allows wearers to accomplish the top point of convenience, healthy and interplay from their garments as they're designed with the mechanics of the physique in brain. this allows items to be constructed which are in particular designed for the mechanics in their finish objective (e.g. activities bra) in addition to the typical stream of the physique. this is often the 1st e-book to systematically describe the suggestions of biomechanical engineering ideas, tools, machine simulation, measurements and purposes. Biomechanical Engineering of Textiles and garments addresses problems with designing and generating textiles and garments for maximum interplay and call with the physique. It covers the elemental theories, ideas and types at the back of layout and engineering for the human body's biomechanics, touch difficulties bobbing up among textiles/clothing and the physique and the mechanics of fibers, yarns, textiles and garments. fabric homes are mentioned relating to mechanical functionality. it's also insurance of the garments Biomechanical Engineering approach constructed on the Hong Kong Polytechnic collage and its linked versions and databases. The ebook concludes with sensible examples of garments purposes to demonstrate tips on how to perform biomechanical engineering layout for particular functions.
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Additional info for Biomechanical Engineering of Textiles and Clothing (Woodhead Publishing in Textiles)
11 used a curved beam model to investigate the bending behavior of fibers and the micromechanical aspects of fiber compressibility. The analysis was able to reproduce the functional dependence of stress on the strain of a mass by using the structural quantities of assembly density, degree of fiber crimp, and fiber elasticity. 5 Conclusion In this chapter, firstly, the macrostructure, microstructure, sub-miscroscopic structure and fine structure of fibers, which determine the fiber mechanical and surface properties, have been introduced; then the mechanical properties of fibers that contribute both to the behavior of fibers in processing to yarns and to the properties of the final products have been described; finally, several approaches to predict fiber mechanical properties have been briefly reviewed.
DAI 1 , 2 AND Y. LI 1 The Hong Kong Polytechnic University, China 2 Soochow University, China Introduction Fibers are the fundamental and the smallest elements constituting textile materials. The biomechanical functional performance of garments and devices are very much dependent on the fiber mechanical and surface properties, which are largely determined by the constituting polymeric molecules, internal structural features and surface morphological characteristics of individual fibers. Scientific understanding and knowledge of the fiber properties and modeling the mechanical behavior of fibers are essential for biomechanical engineering of clothing and textile products.
Model analysis of the compressibility of fiber assemblies. Textile Research Journal, 1992. 62(10): p. 567. F. 1 Introduction Yarns are the fundamental elements constituting fabrics. The biomechanical functional performances of garments and devices are very much dependent on the yarn mechanical and surface properties, which are largely determined by the constituent fibers, internal structural features and surface morphological characteristics of individual yarns. Scientific understanding and knowledge of the yarn mechanical properties and modeling their mechanical behavior are essential for biomechanical engineering of clothing and textile products.