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This paper presents residual strength properties of monolithic ceramics after static loading. First, a residual strength prediction model is proposed on the basis of the slow crack growth (SCG) concept. Second, the residual strengths in soda glass and alumina ceramics (Al2O3) after static loading were measured. The fracture surfaces were then observed. Third, the experimental results were compared with the predictions using the model. As a result, the experimental data for soda glass was in good agreement with the prediction. In contrast, the agreement was worse for Al2O3. The residual strength in Al2O3 was larger than the fracture strength and increased with increasing loading time.

Residual Strength Properties of Monolithic Ceramics after Static Loading