1996
DOI: 10.1016/0079-6425(96)00003-5
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Mechanical fatigue in monolithic non-transforming ceramics

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Cited by 23 publications
(6 citation statements)
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“…It should be noted that for crack growth due to static fatigue, failure is considered when the stress intensity at the crack tip exceeds the value of the materials fracture toughness. However, for certain brittle solids it has been shown that as the crack size increases the stress intensity at the crack is reduced 5 . A material that experiences this phenomenon is known as toughened.…”
Section: Static Fatiguementioning
confidence: 99%
“…It should be noted that for crack growth due to static fatigue, failure is considered when the stress intensity at the crack tip exceeds the value of the materials fracture toughness. However, for certain brittle solids it has been shown that as the crack size increases the stress intensity at the crack is reduced 5 . A material that experiences this phenomenon is known as toughened.…”
Section: Static Fatiguementioning
confidence: 99%
“…Cuando se somete a una carga cíclica, la corrosión bajo tensión sigue actuando cuando la grieta está suficientemente abierta como para que penetre el vapor de agua. Así, hay algunos casos en los que toda la degradación de materiales cerámicos bajo cargas cíclicas es atribuible a corrosión bajo tensión [46]. Si sólo este mecanismo está activo, entonces la degradación bajo cargas cíclicas debe ser igual o menor que bajo cargas estáticas, ya que la punta de la grieta estará sólo un breve intervalo de tiempo sometida a las grietas anillo producidas mediante cargas estáticas y cíclicas en MEB, tal y como se ve en la figura 5, se aprecia que, mientras que la grieta producida con cargas estáticas es limpia, en la grieta por carga cíclica se observa que ha habido movimiento y daño en los granos adyacentes a la fractura, lo que indica la existencia de fatiga [47,48,49].…”
Section: Resultados Y Discusiónunclassified
“…This is due to the fact that ceramic materials are especially prone to stress corrosion cracking enhanced by water vapour, which acts in the existing crack tips when the maximum stress intensity factor is applied and the crack is completely open. In fact, in some cases, the apparent degradation of a ceramic material under cyclic loading can be solely attributed to stress corrosion cracking, discarding, thus, any influence in the degradation of the cyclic loading, 22 although this is not the case for alumina. It is important, therefore, to differentiate both mechanisms and compare the degradation under cyclic and static loading.…”
Section: Mechanical Testsmentioning
confidence: 99%