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Some Remarks on Improved Analysis for Flexural Creep with Application to Sialon Ceramics

Published

Author(s)

Tze J. Chuang

Abstract

An earlier paper co-authored by the present author contains a major assumption in the analytical method that not be valid in a general class of structural ceramics. A more-rigorous mathematical analysis without this assumption has been performed, and the closed-form solutions of the description of the asymmetric power-law creep behavior are presented. The results presented here should be regarded as further improvements to the original paper, as they are applicable to a more general case without such an assumption. Using the two loading cases as a numerical example, the present solutions indicate that, in the case of sialon ceramics, the original predictions on the stress exponents are still valid. However, the predictions on the pre-exponent constants differ from one to three orders of magnitude, because of error propagation.
Citation
Journal of the American Ceramic Society
Volume
10
Issue
Chap. 81

Keywords

asymmetric creep, flexural creep, power-law creep, pre-exponent constant, sialon ceramics, stress exponent, structural ceramics, temperature creep

Citation

Chuang, T. (1999), Some Remarks on Improved Analysis for Flexural Creep with Application to Sialon Ceramics, Journal of the American Ceramic Society (Accessed May 29, 2024)

Issues

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Created June 1, 1999, Updated February 19, 2017