Young's moduli, creep properties, and time to failure under steady loads were measured for two types of alumina‐based single fibers. Microstructural changes during deformation (grain growth and cavitation) have been analyzed. Experimental dispersion has been correlated to fiber diameter scatter. It has been shown that the fibers' behavior is similar to the behavior of bulk materials. Addition of zirconia particles slightly improved the creep and rupture properties of the materials.
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Lavaste et al. (1995) studied this question.
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