Effect of thermal cycling on the processes of deformation and failure of composite materials based on magnesium and reinforced with high-strength fibers

Maksimovich, G. G.; Filipovskii, A. V.; Mikheev, V. I.; Гордиенко, А. И.; Tarasenko, I. V.

doi:10.1007/bf00720647

Cited by 2 publications

(1 citation statement)

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“…The two publications that appeared in 1989: by Maksimovich et al [55] and by Okada et al [56] examined the effect of thermal cycling on the structure of the composite material based on magnesium reinforced with fibers of various types, and performed fatigue tests on Hoxan, a commercially available plastic with a silene finish and an epoxy matrix reinforced with woven fabric for the purpose of determining its viability in superconducting and cryogenic applications, respectively.…”

Section: Fa Tiguejdeforma Tionifracturementioning

confidence: 99%

A Review on Composite Material Failures

Dhillon

1998

Advanced Multilayered and Fibre-Reinforced Composites

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This paper reviews important published literature on composite material failures. The reviewed publications were mainly taken from journals and conference proceedings. The period covered is from 1986 -1996. This literature review concludes that the problem of composite material failures is quite serious and requires a systematic effort. Eventhough, researchers in the area have developed various useful mathematical models and theories, the general approaches are still missing in their strength. IntroductionComposites are made up of a combination of two or more distinct materials and can provide superior and unique mechanical and physical properties because they combine the most desirable properties of their constituents. These constituents could be organic, inorganic, or metallic in the form of fibers, rods, particles, and so on.The interest in producing composite materials is not new, it can be traced back to ancient times to Egyptians, Chinese, and Israelites [1,2]. They all produced bricks by mixing straw with clay and in particular, the Chinese developed the pattern-welding of sabers that involved f

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Section: Fa Tiguejdeforma Tionifracturementioning

confidence: 99%