Download 3-D fibrous assemblies: properties, applications and by Jinlian Hu,Textile Institute (Manchester, England) PDF

By Jinlian Hu,Textile Institute (Manchester, England)

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Additional info for 3-D fibrous assemblies: properties, applications and modeling of three-dimensional textile structures

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Beginning in the 1950s, more industrialized processes began to evolve for use on aircraft. These processes are generally referred to as resin transfer moulding processes, or RTM. In RTM the fabric is laid into a tool where the resin is forced into the fabric under pressure. These processes have several advantages over the hand lay-up process. The process has the potential to be more repeatable and consistent since the human involvement is reduced. This reduction in human involvement also reduces labour costs.

Another interesting aspect of many of the fully integrated structures such as 3-D woven, knits, braids and non-wovens is their ability to assume complex structural shapes. , 1984). 2, the axis, or the direction of yarn introduction, is divided into 0 (or ‘non-axial’), monoaxial, biaxial, triaxial and multiaxial systems for reinforcements; in the last case, yarns are introduced from four or more directions. 2 Processing of textile composites The first processing step is the formation of yarns from fibres.

The engineering applications of 3-D fabrics for composites date back to the late 1960s, and have their origin in aerospace carbon–carbon composites. Since most of these early applications were for high-temperature and ablative environments, carbon– carbon composites were the principal materials (Ko, 1989). In recent years, composites fabricated using reinforcements made with textile preforming processes, combined with cost-effective composite fabrication such as resin infusion, are being researched and developed at an ever-increasing pace.

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