3D Fabric-forming Processes: Distinguishing Between 2D-weaving, 3D-weaving and an Unspecified Non-interlacing Process

Journal of the Textile Institute

Volumn 87, Issue 1, 1996, Pages 97-106

  Khokar, N ^a  

^a CHALMERS UNIVERSITY OF TECHNOLOGY   (Sweden)

Author keywords

[No Author keywords available]

Indexed keywords

COMPOSITE MATERIALS; NONWOVEN FABRICS; THREE DIMENSIONAL; WEAVING; YARN;

TWO DIMENSIONAL; WARP; WEFT;

FABRICS;

FABRICS; THREE-DIMENSIONAL; WEAVING; WOVEN;

EID: 0029676292     PISSN: 00405000     EISSN: 17542340     Source Type: Journal    
DOI: 10.1080/00405009608659059     Document Type: Article

References (25)

1. Calamito, D. P., Woven Multi-layer Angle Interlock Fabrics and Methods of Making Same HITCO, USA EP 0 422 293, (GB;11 Oct. 1989)
2. 6 Jan. 1989).‘Thick Woven Fabrics’, HITCO, USA. BP 1 296 369 (USA;
3. Calamito, D. P., and Pusch, R. H., 6, April 1989. 6, April, Integrally Woven Multi-apertured Multi-layer Angle Interlock Fabrics’, HITCO, USA. USP 5 080 142(
4. Takenaka, K., and Sato, E., ‘Woven Fabric Having Multi-layer Structure and Composite Material Comprising The Woven Fabric’ A.K.K.K. Kaisha. USP 5 021 283 (Japan;31 March 1987)
5. Greenwood, K., Nov 1970. ‘Loom’, The Secretary of State for Defence, England. USP 3 818 951 (Div. Ser. No. 92 982 Nov
6. Fukuta, K., Three-dimensionally Latticed Flexible-structure Composite Japan:Agency of Industrial Science & Technology and Ministry of International Trade and Industry. USP 4 336 296 (Japan;27 Dec. 1978)
7. Raz, S., 1987. ‘Warp Knitting Production’ 451–455. Heidelberg, Germany:Verlag Melliand Textilberichte GmbH.
8. Brookstein, D. S., 1991. ‘Multilayer Interlock Braiding - A New Method for Producing Textile Reinforcing Preforms’, 3rd International Techtextil-Symposium
9. Emerson, P. D., November 1969. “ ‘Modern Developments in Three-Dimensional Fabrics’ ”. In Modern Textiles November, 50
10. 31 Dec. 1968).‘Improvements in and Relating lo Weaving’, Monsanto Company, USA, BP 1 292 970 (USA;
11. Fukuta, K., USP. 3 834 424. Three-dimensional Fabric, and Method and Loom Construction for the Production Thereof, Agency of Industrial Science & Technology, Japan, 19 May 1972). (Japan;
12. King, R. W., 1967. ‘Apparatus for Fabricating Three-dimensional Fabric Material’ USA:Avco Corporation. (Division of Ser. No. 5 =675 367, 16 Oct. abandoned, which is a continuation of Ser. No. 220 510; 24 Jan., 1972) USP 3 955 602
13. Banos, J., USP. 183 232. 20 June 1977). ‘Method and Machine for Three-dimensional Weaving for Obtaining Woven Hollow Reinforcements of Revolution’, Societe Nationale Industrielle Aero-Spatiale, France, 4 (France;
14. Schultz, F. E., 4, Jan. 1974. ‘Orthogonally Woven Reinforcing Structure’ 4, Jan., USA:General Electric Company. USP 3 993 817(USA
15. Holman, H. A., USP. 4 019 540. 12, March 1976. Loom for Producing Three dimensional Weaves’, McDonnell Douglas Corporation, USA
16. Sakatani, Y., 0 331 310. Japan, 29 Feb. 1988. Profiled Cross-section Three-dimensional Woven Fabric’, M.J.K.K. Kaisha S.C.K. Kaisha, Japan. EP
17. Yasui, Y., USP. 5 091 246. 1989. Three-dimensional Fabric and Method for Making the Same’, K.K.T.J. Seisakusho, Japan, (Japan, 20 Feb.)
18. Mohamed, M. H., and Zhang, Z.-H., ‘Method of Forming Variable Cross-sectional Shaped Three-dimensional Fabrics’ USA:North Carolina State University. WO 92/04489 (USA 29 Aug. 1990)
19. Anahara, M., 0 426 878. 26, May 1989. Three-dimensional Textile and Method of Producing the Same’, K.K.T.J. Seisakusho, Japan, EP (Japan)
20. World Intellectual Property Organisation. Intl. Pat. Classification’, 4th Edn. Germany:C. Heymanns Verlag KG.
21. Ko, F. K., 1989. Three-Dimensional Fabrics for Composites Edited by:Chou, T. W., and Ko, F. K., 129Amsterdam, The Netherlands:Elsevier Science.
22. Scardino, F., 1989. ‘An Introduction to Textiles and Their Behaviour’ Edited by:Chou, T. W., and Ko, F. K., 1Amsterdam, The Netherlands:Elsevier Science.
23. Mohamed, M. H., 1990. ‘Three-dimensional Textiles’. American scientist, 78:530 P
24. Robbins, D., March 1970. “ ‘Structural Components Produced by Modified Weaving Techniques’ ”. In Textile Institute and Industry March, 71
25. Hearle, J. W.S., and Du, G. W., 1990. ‘Forming Rigid Fibre Assemblies The Interaction of Textile Technology and Composites Engineering’. J. Text. Inst., 81:360 P