The extrinsic tensile strength of glass can be determined explicitly if the characteristics of the
critical surface flaw are known, or stochastically if the critical flaw characteristics are …

This work establishes a survival probability methodology for interface-initiated fatigue
failures of monolithic ceramic crowns under simulated masticatory loading. A complete 3 …

This paper presents a stochastic framework for conducting lifetime fatigue performance of a
structure by integrating several fatigue crack growth models (CGM). Several parameter …

Damage tolerance-based fatigue assessment of operational structures is often rationalized
by integrating the simple Paris model with fixed parameters, which often do not represent the …

Zyklische Ermüdung von thermisch entspanntem und thermisch vorgespanntem Kalk-Natron-Silikatglas
Page 1 Jonas Hilcken Zyklische Ermüdung von thermisch entspanntem und thermisch …

An analytical methodology is developed to predict the probability of survival (reliability) of
ceramic components subjected to harsh thermomechanical loads that can vary with time …

The two estimation methods, individual data and arithmetic mean methods, were used to
determine the slow crack growth (SCG) parameters (n and D) of advanced ceramics and …

Objectives The objective is to establish an approximate relative fatigue life estimation
method under simulated mastication load for thin-walled monolithic restorations. Methods …

A common approach for the determination of slow crack growth (SCG) parameters are the
static and dynamic loading method. Since materials with small Weibull module show a large …

This paper presents a computational methodology for life prediction and time-dependent
reliability analysis of ceramic structures under combined effects of static and cyclic fatigue. It …