Fabric sourcing

Figure 6.54 Three-dimensional woven fabric. Source [48] Reproduced with permission Horn lOP Publishing...

Figure 21.6 Non-crimp weave UD fabric. Source Reprinted from SP Systems, Newport, lOW, technical data with kind permission.

Figure 21.13 High modulus weave fabric. Source Reprinted from Bridon Composites technical literature.

Figure 21.30 Geometry of angle (warp) interlock fabric. Source Reprinted with permission from Savage GG, Chapman and Hall, London, 76,1992. (a) No added stuffer yarn, (b) With added warp stuffer yarn (quasi 3-D fabric). Copyright 1992, Springer.

Figure 21.36 Brunswick Technologies Inc., Andover equipment for weaving triaxial fabrics. Source Courtesy Brunswick Technologies Inc.

Figure 21.39 Multilayer triaxially woven fabric. Source Reprinted with permission from Ko FK Buckley J, Edie DD eds., Carbon-Carbon Materials and Composites, Noyes Publications, Park Ridge, 71-104, 1993. Copyright 1993, William Andrew Publishing.

Production process for 3-D and 2.5-D fabrics. Source Reprinted with permission from Verpoest I, Ivens J, van Vuure AW, Efetratiou V, Proceedings, TexComp-2, Leuven, May 17-19, 1994. Permission from Katholieke Universiteit Leuven. 

Dyeing properties (a) the exhaustion rate and (b) the colour reflectance of untreated and laser treated polyester fabrics. Source Adapted from Lan et al., 1997.)... 

Influence of UV-laser on the K/S of red dyed polyester fabrics. Source Adapted from Shaohua eta ., 2003.)... 

MOSFETs with less than 30 aJ switching energies have been fabricated. Source Bohr, 2002. Reprinted with permission. 

Figure 7.14. Drape shapes of square fabric sheets over a sphere (a) wool fabric (b) cotton fabric [Source Reference 60].

Figure 10.12. Effect of velocity of air on surface heat transfer coefficient for different porosities of fabrics [Source Reference 8].

Figure 11.8. Neural network model for Kevlar ballistic fabric [Source Reference 85].

Figure 12.3. Coupled flow model for 2 layers of fabric [Source Reference 24], Reproduced courtesy of S and T Publications, Defence Science Communications, Defence Science and Technology Organisation, 506 Lorimer St, Fishermans Bend 3207. ph 03 9626 7842, fax 03 9626 7133.

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