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‘Effect of Z-Fiber pinning on the mechanical properties of carbon fibre/epoxy composites’

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REFERENCES

[1] W. D. Callister, Jr.; ‘Chapter 17: Composites’; Materials science and engineering, an introduction; John Wiley & Sons Inc.; 2000

[2] E. Troulis; ‘Effect of Z-Fiber pinning on the mechanical properties of carbon fibre/epoxy composites’; PhD Thesis; Cranfield University;

2003

[3] W. L. Bradley; ‘Chapter 5: Relationship of matrix toughness to interlaminar fracture toughness’; Application of fracture mechanics to composite materials; Editor K. Friedrich; Elsevier; 1989

[4] I. K. Partridge, D. D. R. Cartié and T. Bonnington; ‘Chapter 3:

Manufacture and performance of Z-pinned composites’; Advanced polymeric materials; Editor G. O. Shonaike, S. G. Advani; CRC Press; 2003

[5] G. A. O. Davies and X. Zhang; ‘Predicting impact damage of composite stiffened panels’; The aeronautical journal; Vol. 97;

February 2000

[6] D. D. R. Cartié; ‘Effect of Z-fibers on the delamination behaviour of carbon fiber/epoxy laminates’; PhD Thesis; Cranfield University;

2001

[7] M. O. W. Richardson and M. J. Wisheart; ‘Review of low-velocity impact properties of composite materials’; Composites: Part A;

Vol. 27A; 1996

[8] P. Negre; ‘Compression-after-impact prformance of Z-pinned carbon fibre/epoxy laminates’ ; MSc Thesis; Cranfield University; 2000

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[9] J. C. Brewer and P. A. Lagace; ‘Quadratic stress criterion for initiation of delamination’; Journal of composite materials; Vol. 22;

1988

[10] J. G. Williams; ‘Chapter 1: Fracture mechanics of anisotropic materials’; Application of fracture mechanics to composite materials; Editor K. Friedrich; Elsevier; 1989

[11] N. Bitsianis; ‘The influence of Z-pinning on toughness and impact performance of carbon fibre polymer composite materials’; MSc Thesis; Cranfield University; 1999

[12] G. A. O. Davies, X. Zhang, G. Zhou and S. Watson; ‘Numerical modelling of impact damage’; Composites; Vol. 25, N. 5; 1994

[13] G. A. Schoeppner, S. Abrate; ‘Delamination threshold loads for low velocity impact on composite laminates’; Composites: Part A;

Vol. 31; 2000

[14] Federal Association of Aeronautics (FAA); 1998

[15] N. K. Naik, Y. C. Sekher; ‘Damage in laminated composites due to low velocity impact’; Journal of reinforced plastics and composites;

Vol. 17, N. 14; 1998

[16] R. F. Gibson; ‘Principles of composite material mechanics’; McGraw Hill; Singapore; 1994

[17] D. D. R. Cartié, P. E. Irving; ‘Effect of resin and fibre properties on impact and compression after impact of CFRP’; Composites: Part A;

Vol. 33; 2002

[18] A. P. Mouritz, B. N. Cox; ‘A mechanistic approach to the properties of stitched laminates’; Composites: Part A; Vol. 31; 2000

[19] http//:www.aztex-z-fiber.com/

[20] UAZ 1000 Operator’s manual (Aztex, Inc.); 1996

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[21] D. D. R. Cartié, I. K. Partridge; ‘Delamination behaviour of Z-pinned laminates’; 2nd ESIS TC4 Conference; Les Diablerets, Switzerland;

13-15 September 1999

[22] D. D. R. Cartié, I. K. Partridge; ‘Z-pinned composite laminates:

improvements in delamination resistance’; Composite: Part A;

Vol. 31; 2000

[23] D. J. Barrett; ‘The mechanics of z-fiber reinforcement’; Composite structure; Vol. 36; 1996

[24] K. L. Rugg, B. N. Cox, K. E. Ward, G. O. Sherrick; ‘Damage mechanism for angled through-thickness rod reinforcement in carbon/epoxy laminates’; Composite: Part A; Vol. 29A; 1998

[25] P. Chang, A. P. Mouritz, B. N. Cox; ‘Properties and failure mechanism of pinned composite lap joint in monotonic and cyclic tension’; Composites science and technology; 2006

[26] D. D. R. Cartié, G. Dell’Anno, E. Poulin and I. K. Partridge; ‘3D Reinforcement of stiffener-to-skin T-joints by Z-pinning and tufting’;

Submitted to Engineering Fracture Mechanics 11th October 2005

[27] C. A. Steeves and N. A. Fleck; ‘In-plane properties of composite laminates with through-thickness pin reinforcement’; International journal of solids and structures; Vol. 43; 2006

[28] A. Rezai, D. D. R. Cartié, I. K. Partridge, P. Irving, T. Ashton, P.

Negre and J. Langer; ‘Interlaminar Damage Resistance of Z-fiberTM Reinforced Structural CFRP’; 13th International Conference on Composite Materials; Beijing, China; July 2001

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