A significant part of the fatigue life is spent during short crack growth. Therefore, modelling of short fatigue crack growth offers an opportunity to improve the accuracy of numerical life assessment. Besides stating some general remarks on the short crack approach itself and on multiaxial fatigue criteria, a short crack growth based fatigue life prediction approach for multiaxial non-proportional loading is presented. This approach accounts for the geometrical size effect by considering the geometry correction functions for semi-elliptical surface cracks in inhomogeneous gradient stress fields. The geometrical size effect is becoming significant for notch radii smaller than four times the defined technical crack size. Additional...
Fatigue implies repeated loading and unloading of a structure, and components subjected to fatigue m...
This paper summarises an attempt to devise a new criterion suitable for predicting low-cycle fatigue...
This paper presents a methodology to predict the fatigue lifetime in notched geometries subjected to...
A significant part of the fatigue life is spent during short crack growth. Therefore, modelling of ...
Commonly, basic experimental fatigue data are derived from unnotched smooth specimens. When this da...
A short crack growth model for the prediction of constant amplitude fatigue life to technical crack ...
The fatigue life to initiate a crack of technical size is interpreted as a pure growth process of a ...
The three major issues which contribute to uncertainties in fatigue life estimations are the limited...
A short crack model originally proposed for multiaxial constant amplitude loading is extended and a...
A Short Crack Growth Model for the Prediction of Fatigue Lives under Multiaxial Nonproportional Load...
A short crack model originally proposed for multiaxial constant amplitude loading is extended and a...
The small crack problem in multiaxial fatigue is studied using available crack growth data from thin...
A brief overview of some important issues in multiaxial fatigue and life estimation is presented. Th...
Most of the prior studies on the prediction of fatigue lives have been limited to uniaxial loading c...
The fatigue assessment of notches under multiaxial and non-proportional service loading is challengi...
Fatigue implies repeated loading and unloading of a structure, and components subjected to fatigue m...
This paper summarises an attempt to devise a new criterion suitable for predicting low-cycle fatigue...
This paper presents a methodology to predict the fatigue lifetime in notched geometries subjected to...
A significant part of the fatigue life is spent during short crack growth. Therefore, modelling of ...
Commonly, basic experimental fatigue data are derived from unnotched smooth specimens. When this da...
A short crack growth model for the prediction of constant amplitude fatigue life to technical crack ...
The fatigue life to initiate a crack of technical size is interpreted as a pure growth process of a ...
The three major issues which contribute to uncertainties in fatigue life estimations are the limited...
A short crack model originally proposed for multiaxial constant amplitude loading is extended and a...
A Short Crack Growth Model for the Prediction of Fatigue Lives under Multiaxial Nonproportional Load...
A short crack model originally proposed for multiaxial constant amplitude loading is extended and a...
The small crack problem in multiaxial fatigue is studied using available crack growth data from thin...
A brief overview of some important issues in multiaxial fatigue and life estimation is presented. Th...
Most of the prior studies on the prediction of fatigue lives have been limited to uniaxial loading c...
The fatigue assessment of notches under multiaxial and non-proportional service loading is challengi...
Fatigue implies repeated loading and unloading of a structure, and components subjected to fatigue m...
This paper summarises an attempt to devise a new criterion suitable for predicting low-cycle fatigue...
This paper presents a methodology to predict the fatigue lifetime in notched geometries subjected to...