Nowadays lifetime calculation in the high cycle fatigue region is commonly based on S/N curves which are modified by different influences to ensure accurate results. Especially the application of these models is important when small components with complex stress distributions are used. The influence of the stress distribution was considered by the stress gradient approach which is implemented in the lifetime tool FEMFAT. Specimens with diameters of D4mm and D7.5mm were used to examine the effect of the calculation modified by the stress gradient. On the one hand regarding different types of this approach it can be shown that the results fit very well compared to the testing results but on the other hand a big difference was observed when t...
The paper demonstrates that the fatigue strength of the high-strength steels investigated depends in...
Abstract Usually, the Wöhler field of a material is obtained from fatigue lifetime data resulting fr...
This numerical study investigates the effects of fatigue material data and finite element types on a...
AbstractNowadays technical applications require very small components which leads to the question of...
International audienceA formulation of gradient fatigue criteria is proposed in the context of multi...
New high strength steels are widely used nowadays in many industrial areas as in automotive industry...
International audienceThis study is dedicated to the effect of surface defects on the fatigue behavi...
The aim of this research work is to develop a finite element numerical tool able to predict accurate...
The transferability of fatigue data from specimens to components or from one component to an other i...
Traditional engineeringmodels for addressing fatigue issues are based on empirical relations between...
Modern applications require a special treatment when the conventional specimen size is much larger t...
Various approaches to estimating mean stress effects on stress-life and strain-life behavior are com...
This paper investigates the accuracy of gradient elasticity in estimating high-cycle fatigue streng...
When considering the effect of inclusions on fatigue life, the size effect of inclusions is well rec...
This paper investigates notch mechanics under multiaxial fatigue loading conditions with respect to ...
The paper demonstrates that the fatigue strength of the high-strength steels investigated depends in...
Abstract Usually, the Wöhler field of a material is obtained from fatigue lifetime data resulting fr...
This numerical study investigates the effects of fatigue material data and finite element types on a...
AbstractNowadays technical applications require very small components which leads to the question of...
International audienceA formulation of gradient fatigue criteria is proposed in the context of multi...
New high strength steels are widely used nowadays in many industrial areas as in automotive industry...
International audienceThis study is dedicated to the effect of surface defects on the fatigue behavi...
The aim of this research work is to develop a finite element numerical tool able to predict accurate...
The transferability of fatigue data from specimens to components or from one component to an other i...
Traditional engineeringmodels for addressing fatigue issues are based on empirical relations between...
Modern applications require a special treatment when the conventional specimen size is much larger t...
Various approaches to estimating mean stress effects on stress-life and strain-life behavior are com...
This paper investigates the accuracy of gradient elasticity in estimating high-cycle fatigue streng...
When considering the effect of inclusions on fatigue life, the size effect of inclusions is well rec...
This paper investigates notch mechanics under multiaxial fatigue loading conditions with respect to ...
The paper demonstrates that the fatigue strength of the high-strength steels investigated depends in...
Abstract Usually, the Wöhler field of a material is obtained from fatigue lifetime data resulting fr...
This numerical study investigates the effects of fatigue material data and finite element types on a...