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Three-dimensional Textiles 3-D Fabrics @ Nextiles
From Tex.in The Textile & Apparel Database
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Three-dimensional, 3D Textiles - Nextiles @ Tex.in
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See also the main sections @ Nextiles whats next in textiles! - Future of Textile Fiber, High Performance Textiles, Smart Textiles, Nanotextiles Nanotechnology in Textiles, Geotextiles Civil Engineering & Earth Related Textiles, Fabrics, Eco-textiles Green & Environment Friendly Textiles, Future of Textile Fabrics, Future of Apparels, Textile Design, Hybrid Textiles
Three dimensional textiles and performs (also three dimensional weave)
3-d textiles are those materials which have a system or systems in all the three axes of plane. These fabrics offer particular properties, such as interlaminar shearing force, and mechanical and thermal stability along all three axes of space, which are not achievable with other reinforcements.
Three-dimensional (3-D) textile fabrics hold a promising future. The demand for these types of fabrics is expected in to increase, especially in the area of high performance composites in housing, automobile industry, construction and reinforcement materials.
However, the reduction in the cost of manufacturing and raw materials has to be brought about in order to make these goods competitive in the current & future markets. In this context nonwovens, which are a major constituent of this class of textiles are becoming important because of their ease of manufacture and low production cost.
Introduction: Why are 3-D textile technologies applied to composite materials? - Manufacturing costs - The problem in the thickness direction - Examples of application - Conclusions
3-D textile reinforcements in composite materials - Structural geometry of 3-D textiles - Modelling of 3-D textile composites - Application of the FGM
3-D textile reinforced composites for the transportation industry - The mechanical performance of conventional and 3-D reinforced composites - Manufacturing textile structural composites - 3-D composites in aerospace structures - Textile structural composites in automotive structures
Mechanical modelling of solid fabric composites - Review on solid woven fabric composites - Elastic model: the complementary energy model - Strength model
Macromechanical analysis of 3-D textile reinforced composites - Determination of the stiffness and strength properties of 3-D textile reinforced composite materials - Application of the macromechanical analysis to the design of an energy absorber type 3P bending
Manufacture and design of composite grids - Grid description - Manufacturing processes - Mechanical properties of grids - Failure envelopes of grids - Grids with skins - Flexural rigidity of isogrids - Coefficients of thermal expansion
Knitted fabric composites - Analysis of 3-D elastic properties
Braided structures - 2-D braiding - 3-D braiding
3-D forming of continuous fibre reinforcements for composites - Forming of continuous fibre reinforced polymers - Finite element simulation
Resin impregnation and prediction of fabric properties - Hand impregnation - Matched-die moulding - Degassing - Preimpregnation - Vacuum bagging - Autoclave - Liquid moulding with vacuum assistance - Resin film infusion - Pultrusion - Prediction of fabric properties
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