Virtual testing for material formability

Composites Forming Technologies

Volumn , Issue , 2007, Pages 80-116

  Lomov, S V ^a  

^a Department of Metallurgy and Materials Engineering ^*  (Belgium)

Author keywords

[No Author keywords available]

Indexed keywords

MATERIAL FORMABILITY; VIRTUAL TESTING;

VIRTUAL REALITY;

EID: 78650237885     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1533/9781845692537.80     Document Type: Chapter

References (78)

1. Lomov S.V., Truevtzev A.V., Cassidy C. A predictive model for the fabric-to-yarn bending stiffness ratio of a plain-woven set fabric. Textile Research Journal 2000, 70(12):1088-1096.
2. Sagar T.V., Potluri P. Computation of bending behavior of woven structures using optimization techniques. Textile Research Journal 2004, 74(10):879-886.
3. Kawabata S., Niwa M., Kawai H. The finite-deformation theory of plain weave fabrics. Part I. The biaxial-deformation theory. Journal of the Textile Institute 1973, 64(1):21-46.
4. Kawabata S., Niwa M., Kawai H. The finite-deformation theory of plain weave fabrics. Part II. The uniaxial-deformation theory. Journal of the Textile Institute 1973, 64(2):47-61.
5. Kawabata S., Niwa M., Kawai H. The finite-deformation theory of plain weave fabrics. Part III. The shear-deformation theory. Journal of the Textile Institute 1973, 64(2):42-85.
6. de Jong S., Postle R. A general energy analysis in fabric mechanics using optimal control theory. Textile Research Journal 1978, 48(3):127-135.
7. Hearle J.W.S., Shanahan W.J. An energy method for calculations in fabric mechanics. Journal of the Textile Institute 1978, 69(4):81-110.
8. Komori T., Itoh M. Theory of general deformation of fibre assemblies. Textile Research Journal 1991, 61(10):588-594.
9. Anandjiwala R.D., Leaf G.A.V. Large-scale extension and recovery of plain woven fabrics. Part I. Theoretical. Textile Research Journal 1991, 61(11):619-634.
10. Anandjiwala R.D., Leaf G.A.V. Large-scale extension and recovery of plain woven fabrics. Part II. Experimental and discussion. Textile Research Journal 1991, 61(12):743-755.
11. Huang N.C. Finite biaxial extension of completely set plain woven fabrics. Journal of the Applied Mechanics 1979, 46(9):651-655.
12. Dastoor P.H., Hersh S.P., Batra S.K., Rasdorf W.J. Computer-assisted structural design of industrial woven fabrics, Part III Modelling of fabric uniaxial/biaxial load deformation. Journal of the Textile Institute 1994, 85(2):135-157.
13. Pastore C.M., Birger A.B., Clyburn E. Geometrical modelling of textile reinforcements 1995, 597-623. NASA Hampton, Virginia.
14. Christoffersen J. Fabrics orthotropic materials with a stress-free shear mode. Journal of the Applied Mechanics 1980, 47(1):71-74.
15. Reumann R.-D. Neuartiges Berechnungs-verfahren fuür das flachenstructur-abhängige Kraft-Dehnungs-Verhalten textiler Flächengebilde. Wissen. Z. Techn. Univ. Dresden 1988, 37(6):163-169.
16. Chen B., Chou T.-W. Compaction of woven-fabric preforms in liquid composite molding processes single-layer deformation. Composites Science and Technology 1999, 59:1519-1526.
17. Chen B., Chou T.-W. Compaction of woven-fanric preforms nesting and multi-layer deformation. Composites Science and Technology 2000, 60:2223-2231.
18. Chen B., Cheng A.H.-D., Chou T.-W. A nonlinear compaction model for fibrous preforms. Composites Part A 2001, 32:701-707.
19. Chen B., Lang E.J., Chou T.-W. Experimental and theoretical studies of fabric compaction behaviour in resin transfer moulding. Materials Science and Engineering 2001, A317:188-196.
20. Kurashiki T., Zako M., Verpoest I. Damage development of woven fabric composites considering an effect of mismatch of lay-up 2002, Brugge. CD edition.
21. Lomov S.V., Verpoest I. Compression of woven reinforcements a mathematical model. Journal of Reinforced Plastics and Composites 2000, 19(16):1329-1350.
22. Long A. Process modelling for textile composites 2000, 1-17. Nantes.
23. Long A.C., Clifford M.J., Harrison P., Rudd C.D. Modelling of draping and deformation for textile composites 2001, 66-76. IOM Communications Belfast.
24. Long A.C., Robitaille F., Souter B.J., Rudd C.D. Permeability Prediction for Sheared, Compacted Textiles During Liquid Composite Modelling 2001, Beijing, China.
25. Crookston J.J., Long A.C., Jones I.A. Modelling effects of reinforcement deformation during manufacture on elastic properties of textile composites. Plastics, Rubber and Composites 2002, 31(2):58-65.
26. Harrison P., Wiggers J., Long A.C., Rudd C.D. Constitutive modelling based on meso and micro kinematics for woven and stitched fabrics 2003, San Diego. CD edition.
27. Harrison P., Clifford M.J., Long A., Rudd C.D. A constituent-based predictive approach to modelling the rheology of viscous textile composites. Composites Part A 2004, 35:915-931.
28. Harrison P., Clifford M.J., Long A.C. Shear cheracterisation of viscous woven textile composites A comparison between picture frame and bias extension experiments. Composites Science and Technology 2004, 64:1453-1465.
29. Liu L., Chen J., Sherwood J.A. Two-dimensional macro-mechanics shear models of woven fabrics. Composites Part A 2004, 36:105-114.
30. Boisse P., Borr M., Buet K., Cherouat A. Finite element simulations of textile composite forming including the biaxial fabric behaviour. Composites Part B 1999, 28B:453-464.
31. Boisse P., Cherouat A., Gelin J.C., Sabhi H. Experimenal study and finite element simulation of a glass fibre fabric shaping process. Polymer Composites 1999, 16(1):83-95.
32. Boisse P., Buet K., Gasser A., Launay J. Meso/macro-mechanical behaviour of textile reinforcements for thin composites. Composites Science and Technology 2001, 61:395-401.
33. Boisse P., Gasser A., Hivet G. Analyses of fabric tensile behaviour determination of the biaxial tension-strain surfaces and their use in forming simulations. Composites Part A 2001, 32(10):1395-1414.
34. Gasser A., Boisse P., Hanklar S. Analysis of the mechanical behaviour of dry fabric reinforcements. 3D simulations versus biaxial tests. Computational Materials Science 2000, 17:7-20.
35. Launay J., Buet-Gautier K., Hivet G., Boisse P. Analyse experimentale et modeles pour le comportement mechanique biaxial des renforts tisses de composites. Revue des composites et des materiaux avances 1999, 9(1):27-55.
36. Kuwazuru O., Yoshikawa N. Non-constitutive numerical modeling for plain- weave fabrics 2001, 729-732. Tokyo.
37. Sakakibara K., Yokoyama A., Hamada H. Deformation mechanism of textile under uni- and biaxial tensile loading' 2001, 705-708. Tokyo.
38. Zouari B., Dumont F., Daniel J.L., Boisse P. Analyses of woven fabric shearing by optical method and implementation in a finite element program 2003, 875-887. Salerno.
39. Hivet G., Laine B., Boisse P. Consistent preprocessor for the unit woven cell for meso-macro analyses of fabric forming 2005, 947-950. Cluj-Napoca.
40. Kondratiev S. Finite element modelling of the spatial stress-strain state of textiles and textile composites 2001, State Technical University St.-Petersburg, Masters thesis.
41. Van Genechten B. Finite element modelling of textile composites 2002, Vrije Universiteit Brussel - Katholieke Universiteit Leuven, Masters thesis.
42. Robitaille F., Long A.C., Jones I.A., Rudd C.D. Authomatically generated geometric descriptions of textile and composite unit cells. Composites Part A 2003, 34(4):303-312.
43. Robitaille F., Long A., Sherburn M., Wong C.C., Rudd C. Predictive modelling of processing and performance properties of textile composite unit cells current status and perspectives 2004, CD Edition.
44. Lomov S.V., Verpoest I., Bernal E., Boust F., Carvelli V., Delerue J.-F., De Luka P., Dufort L., Hirosawa S., Huysmans G., Kondratiev S., Laine B., Mikolanda T., Nakai H., Poggi C., Roose D., Tumer F., van den Broucke B., Verleye B., Zako M. Virtual textile composites software Wisetex integration with micro-mechanical, permeability and structural analysis 2005, Durban. CD edition.
45. Lomov S.V., Ding X., Hirosawa S., Kondratiev S.V., Molimard J., Nakai H., Vautrin A., Verpoest I., Zako M. FE simulations of textile composites on unit cell level validation with full-field strain measurements 2005, 28-33. Paris.
46. Verpoest I., Lomov S.V. Virtual textile composites software Wisetex integration with micro-mechanical, permeability and structural analysis. Composites Science and Technology 2005, 65(15-16):2563-2574.
47. Mikolanda T., Lomov S.V., Kosek M., Verpoest I. Simple use of virtual reality for effective visualization of textile material structures, CODATA Prague Workshop Information Visualization, Presentation, and Design 2004, Prague. CD edition.
48. Lomov, S.V., E. Bernal, D.S. Ivanov, S.V. Kondratiev and I. Verpoest, Homogenisation of a sheared unit cell of textile composites FEA and approximate inclusion model. Revue europeéenne des éléments finis, 14(6-7) 709-728.
49. Lomov S.V., Huysmans G., Luo Y., Parnas R., Prodromou A., Verpoest I., Phelan F.R. Textile Composites Modelling Strategies. Composites Part A 2001, 32(10):1379-1394.
50. Belov E.B., Lomov S.V., Verpoest I., Peeters T., Roose D., Parnas R.S., Hoes K., Sol V. Modelling of permeability of textile reinforcements Lattice Boltzmann method. Composites Science and Technology 2004, 64:1069-1080.
51. Lomov S.V., Gusakov A.V., Huysmans G., Prodromou A., Verpoest I. Textile geometry preprocessor for meso-mechanical models of woven composites. Composites Science and Technology 2000, 60:2083-2095.
52. Lomov S.V., Verpoest I., Peeters T., Roose D., Zako M. Nesting in textile laminates geometrical modelling of the laminate. Composites Science and Technology 2002, 63(7):993-1007.
53. Lomov S.V., Huysmans G., Verpoest I. Hierarchy of textile structures and architecture of fabric geometric models. Textile Research Journal 2001, 71(6):534-543.
54. Lomov S.V., Nakai A., Parnas R.S., Ghosh S.Bandyopadhyay, Verpoest I. Experimental and theoretical characterisation of the geometry of flat two- and three-axial braids. Textile Research Journal 2002, 72(8):706-712.
55. Lomov S.V., Chi T.Truong, Verpoest I., Peeters T., Roose V., Boisse P., Gasser A. Mathematical modelling of internal geometry and deformability of woven preforms. International Journal of Forming Processes 2003, 6(3-4):413-442.
56. Lomov S.V., Van den Broucke B., Tumer F., Verpoest I., De Luka P., Dufort L. Micro-macro structural analysis of textile composite parts 2004, Rodos. CD Edition.
57. Van den Broucke B., Tumer F., Lomov S.V., Verpoest I., De Luka P., Dufort L. Micro-macro structural analysis of textile composite parts case study' 2004, 194-199. Paris.
58. Lomov S.V., Primachenko B.M. Mathematical modelling of two-layered woven fabric under tension. Technologia Tekstilnoy Promyshlennosty 1992, (1):49-53.
59. Lomov S.V. Computer aided design of multilayered woven structures, part 1. Technologia Tekstilnoy Promyshlennosty 1993, (1):40-45.
60. Lomov S.V. Computer aided design of multilayered woven structures, part 2. Technologia Tekstilnoy Promyshlennosty 1993, (2):47-50.
61. Primachenko B.M., Lomov S.V., Lemeshkov V.V., Petrova O.P., Pizvanova D.P. Computer aided design of multilayered woven structures, part 3. Technologia Tekstilnoy Promyshlennosty 1993, (3):42-45.
62. Lomov S.V., Gusakov A.V. Modellirung von drei-dimensionalen gewebe Strukturen. Technische Textilen 1995, 38:20-21.
63. Lomov S.V., Truevtzev N.N. A software package for the prediction of woven fabrics geometrical and mechanical properties. Fibres &Textiles in Eastern Europe 1995, 3(2):49-52.
64. Lomov S.V., Verpoest I., Robitaille F. Manufacturing and internal geometry of textiles. Design and manufacture of textile composites 2005, 1-60. Woodhead Publishing Ltd. A. Long (Ed.).
65. Parnas R.S., Howard J.G., Luce T.L., Adwani S.G. Permeability characterisation. Part 1 A proposed standard reference fabric for permeability. Polymer Composites 1995, 16(6):429-445.
66. Olofsson B. A general model of a fabric as a geometric-mechanical structure. Journal of the Textile Institute 1964, 55(11):T541-T557.
67. Daniel J.L., Soulat D., Boisse P. Shear and tension stiffness influence in composites forming modelling' 2004, 301-304. Trondheim.
68. Lomov S.V., Verpoest I. Model of shear of woven fabric and parametric description of shear resistance of glass woven reinforcements. Composites Science and Technology 2006, 66:919-933.
69. Peng X.Q., Cao J., Chen J., Xue P., Lussier D.S., Liu L. Experimental and numerical analysis on normalisation of picture frame tests for composite materials. Composites Science and Technology 2004, 64(1):11-21.
70. Harrison P., Clifford M.J., Long A.C., Rudd C.D. A micro-mechanical approach to stress-prediction during shear for woven continuous fibre-reinforced impregnated composites 2002, 275-278. Krakow.
71. Lomov S.V., Willems A., Barburski M., Stoilova T., Verpoest I. Strain field in the picture frame test large and small scale optical measurements 2005, 935-938. Cluj-Napoca.
72. Leaf G.A.V., Sheta A.M.F. The initial shear modulus of plain-woven fabrics. Journal of the Textile Institute 1984, 75(3):157-183.
73. Lomov S.V. Prediction of geometry and mechanical properties of woven technical fabrics with mathematical modelling 1995, St. Petersburg, SPbSUTD.
74. Belov E.B., Lomov S.V., Truevtsev N.N., Bradshaw M.S., Harwood R.J. Study of yarn snarling. Part I Critical parameters of snarling. Journal of the Textile Institute, Part 1 Fibre Science and Textile Technology 2002, 93(4):341-365.
75. Morton W.E., Hearle D.W.S. Physical properties of textile fibres 1993, The Textile Institute, Manchester.
76. Lomov S.V., Huysmans G., Luo Y., Prodromou A., Verpoest I., Gusakov A.V. Textile geometry preprocessor for meso-mechanical and permeability modelling of textile composites 2000, Brighton IOM Communications.
77. Verpoest I., Huysmans G., Luo Y., Parnas R.S., Prodromou A., Lomov S.V. An integrated modelling strategy for processing and properties of textile composites 2001, 2472-2483. Long Beach, California.
78. Lomov S.V., Willems A., Verpoest I., Zhu Y., Barburski M., Stoilova T. Picture frame of woven fabrics with a full-field strain registration. Textile Research Journal 2006, 76(3):243-252.