Composite material testing

J. M. Whitney, N. J. Pagano, and R. B. Pipes, Design and Fabrication of Tubuiar Specimens for Composite Characterization, in Composite Materials Testing and Design (Second Conference), H. T. Corten (Chairman), Anaheim, Caiifomia, 20-22 April 1971, ASTM STP 497, American Society for Testing and Materials, 1972, pp. 52-67. [Pg.120]

C. E. Browning, G. E. Husman, and J. M. Whitney, Moisture Effects In Epoxy Matrix ComposHos, in Composite Materials Testing and Design (Fourth Conference), J. [Pg.275]

Adams, D.F. and Walrath, D.E. (1982). losipescu shear properties of SMC composite materials. In Composite Materials Testing and Design (Sixth Conf ), ASTM STP 787 (I.M. Daniel ed.), ASTM, Philadelphia, PA, pp. 19-33. [Pg.85]

Lee, J.W. and Daniel, I.M. (1992). Deformation and failure of longitudinally loaded brittle matrix composites. In Composite materials Testing and Design (Tenth Voi). ASTM STP 1120, (G.C. Grimes, ed.), ASTM, Philadelphia, P.A., pp. 204-221. [Pg.167]

H. T. Corten, ed., Composite Materials Testing and Design, American Society for Testing and Materials (No. 497), Philadelphia (1972). [Pg.132]

Chiao, T.T., et al. Stress Rupture of Strands of an Organic Fiber/Epoxy Matrix, in Composite Materials Testing and Design (Third Conference), ASTM STP 546 (1974) Philadelphia, ASTM... [Pg.416]

Chai, H, (1986), 7 " ASTM Symp. On Composites Materials, Testing and Design, ASTM STP 893, J.M. Whitney Eds. [Pg.316]

Zucconi, T.D., "Proceedings of the Fifth Conference on Composite Materials Testing and Design", ASTM Special Publication, Philadelphia, Pa., 1979, in press. [Pg.90]

Decabrom and antimony oxide were tested as flame retardants with HDPE-based composite materials. Tests were conducted according to ASTM D 635 (plank size of 125 X 13 X 7 mm, 75 mm of length flame spreading). Decabrom in amounts of 12 to 20-30% prevented the composite from burning, with or without added antimony oxide (2.5-3.5%). 10% decabrom did not prevent burning, but in the presence of... [Pg.476]

Greszczuk, L. B.. and Chao, H. (1976). Impact damage in graphite-fiber-reinforced compo-sitc.s. Proc. of the 4th Conf on Composite Materials testing and design. AST Pub. 617. May 1976. pp, 389-408. [Pg.834]

Owen MJ, Rice DJ. Biaxial strength behavior of glass reinforced polyester resins. In Composite materials testing and design. ASTM STP 787 EB 1982. pp. 124—44. [Pg.185]

Martin RH, Murri GB. Characterization of mode I and mode II delamination growth and thresholds in AS4/PEEK composites. In Garbo SP, editor. Composite materials testing and design, vol. 1059. ASTM Special Technical Publication 1990. pp. 251—70. http // dx.doi.org/10.1520/STP24115S. [Pg.224]

N R Adsit and J P Waszczak, Effect of near-visual damage on the properties of graphite/epoxy . Composite Materials Testing and Design, ASTM STP 674,1979, pp 101-117. [Pg.333]

Corten, H. T., ed. (1971), Conf. on Composite Materials Testing and Design, ASTM Special Technical Publication 497. [Pg.486]

For each of the following short-fibre composite materials, tested in tension parallel to the fibres, predict the tensUe modulus. (Percentages given are fibre volume firactions.)... [Pg.295]

Kowalski IM, Composite Materials, Testing and Design, Whitcombe JD ed., ASTM STP972, ASTM, Philadelphia, 1988. [Pg.849]

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