The point and the area methods due to Taylor and valid both for cracks and for notches are discussed. The aim is to highlight that in some circumstances the analogies of the relevant stress fields are so strong as to make them indistinguishable; at the same time, there exist other circumstances of interest in which the correlation has to he found between notch and sharp re-entrant corner. This fact has practical consequences on the size effect when the notch tip radius is small
In the present work, we propose a robust calibration of some bi-parametric multiaxial fatigue criter...
The influence of “size effects” on the fatigue strength of metals has been studied. These effects we...
The paper deals with the problem of fatigue crack propagation from notches in plates made of FeP04 s...
In this paper, the average stress method for the fatigue limit evaluation of stress raising geometri...
This paper considers three of the enduring problems of fatigue life estimation: multiaxial loading, ...
Several approaches derived from linear elastic fracture mechanics (LEFM) have been proposed for fati...
A diagram valid for the analysis of the fatigue limit of cracks and notches centred in an infinite p...
Cracks originate at defects of numerous kinds spread in the material. The fatigue life is – besides...
Classical formulations for the fatigue strength reduction factor of notched specimen, Kf, (such as t...
This paper investigates some theoretical aspects related to the use of the Theory of Critical Distan...
As often done in design practice, the Wöhler curve of a specimen, in the absence of more direct info...
The Theory of Critical Distance (TCD) and its associated methods have proved useful for predicting f...
This paper reviews on the use of the Modified Wöhler Curve Method (re-interpreted in terms of the Th...
The paper addresses the estimation of the fatigue limit of components weakened either by U- and V-sh...
The stress field parameters, namely the notch stress intensity factors (N-SIFs) according to a more ...
In the present work, we propose a robust calibration of some bi-parametric multiaxial fatigue criter...
The influence of “size effects” on the fatigue strength of metals has been studied. These effects we...
The paper deals with the problem of fatigue crack propagation from notches in plates made of FeP04 s...
In this paper, the average stress method for the fatigue limit evaluation of stress raising geometri...
This paper considers three of the enduring problems of fatigue life estimation: multiaxial loading, ...
Several approaches derived from linear elastic fracture mechanics (LEFM) have been proposed for fati...
A diagram valid for the analysis of the fatigue limit of cracks and notches centred in an infinite p...
Cracks originate at defects of numerous kinds spread in the material. The fatigue life is – besides...
Classical formulations for the fatigue strength reduction factor of notched specimen, Kf, (such as t...
This paper investigates some theoretical aspects related to the use of the Theory of Critical Distan...
As often done in design practice, the Wöhler curve of a specimen, in the absence of more direct info...
The Theory of Critical Distance (TCD) and its associated methods have proved useful for predicting f...
This paper reviews on the use of the Modified Wöhler Curve Method (re-interpreted in terms of the Th...
The paper addresses the estimation of the fatigue limit of components weakened either by U- and V-sh...
The stress field parameters, namely the notch stress intensity factors (N-SIFs) according to a more ...
In the present work, we propose a robust calibration of some bi-parametric multiaxial fatigue criter...
The influence of “size effects” on the fatigue strength of metals has been studied. These effects we...
The paper deals with the problem of fatigue crack propagation from notches in plates made of FeP04 s...