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October 1, 1974Journal of the American Ceramic Society254 citations

Prediction of Fracture Energy and Flaw Size in Glasses from Measurements of Mirror Size

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JMJ. J. MecholskyRRR. W. RiceSFS. W. Freiman

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Abstract

Fracture strengths (δ), fracture‐initiating flaw sizes, and mirror radii ( r ), as outlined by either the mist or the hackle boundary, were measured for silicate and nonsilicate glasses (e.g. As 2 S 3 and glassy carbon). For all glasses, δr 1/2 = constant. The average ratios of inner and outer mirror radii to flaw size were ∼10:1 and ∼13:1, respectively, for most of the glasses. Critical fracture energies calculated from either flaw or mirror size agreed very well with those obtained by double‐cantilever‐beam measurements.

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Mecholsky et al. (1974) studied this question.

synapsesocial.com/papers/6a79e6a14c448619ca0dee9chttps://doi.org/10.1111/j.1151-2916.1974.tb11377.x
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