Critical Plane Orientation Influence on Multiaxial High-Cycle Fatigue Assessment

Shape of the power spectral density matrix components: Influence on fatigue damage

“…We highlight that Step 1 of the procedure here discussed agrees with the concepts adopted in the original version of the criterion proposed by Carpinteri et al for constant amplitude loading . According to such a criterion, the critical plane is assumed to coincide with the dominant failure plane.…”

Fatigue damage assessment under random and variable amplitude multiaxial loading conditions in structural steels

“…The SSF criterion [8] states that axial and shear stresses of a given multiaxial loading cause a combined damage, and the axial and shear stresses have different damage scales. These two statements are the base stone of the SSF criterion.…”

“…These effects are not yet truly understood. For instance, loading effects such as proportionality, non-proportionality, cyclic hardening, cyclic softening, mean stress, sequential and asynchronous loading, among others effects, cause different damage mechanisms [5][6][7][8][9][10], but their combined effect remains more or less unknown.…”

A review of multiaxial fatigue criteria for random variable amplitude loads

“…Multiaxial fatigue has been a wealthy research topic for the past few decades, as is demonstrated by the text book of Socie and Marquis and that of Susmel fully devoted to this topic, and by the numerous publications of many research groups (for example, Lazzarin‐Berto, Ellyin‐Kujawski, McDowell, Zenner and the present authors). Some recent publications pertaining to specific aspects concerning fatigue and fracture under complex multiaxial loading can also be mentioned …”