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Titlebook: Mechanics of Creep Brittle Materials 1; A. C. F. Cocks,A. R. S. Ponter Book 1989 Elsevier Science Publishers Ltd 1989 mechanics

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On The Growth of Cracks By Creep in The Presence of Residual Stressese used; a local analysis where the combined mechanical and residual stresses are examined using near crack tip stress fields for transient conditions, and a second approach where the global relaxation of the residual stresses is used to estimate conditions. The creep fracture mechanics parameter C*
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Indentation Creep in Zirconia Ceramics Between 290 K and 1073 Kal form, to Knoop indentations in the ranges 290–1073 K and 10–10 000 s. The single crystal data lie consistently above the polycrystalline results. Indentation creep is observed at all temperatures with the rate of creep increasing at higher temperatures. The results are analysed and discussed in t
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Physical Interpretation Of Creep and Strain Recovery of a Glass Ceramic Near Glass Transition Temper stages of crystals nucleation and in isoconfigurational and metastable states. In order to interpret the physical processus resulting in non-elastic deformation, a physical model of deformation based on the concept of “defects” and of correlated atomic movements has been used. From the model, the c
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