This paper investigates weld root fatigue strength of complex structures including severe force concentrations along a weld seam. Fatigue tests were carried out for a pillar assembly with various weld configurations. A comparative analysis was carried out with local nominal weld stress (LNWS), structural weld stress, and effective notch stress (ENS) approaches. The study shows that the LNWS approach gives the best prediction, with a scatter range index of 1.26 to 1.68 depending on the weld type. The accuracy of the structural weld stress approach and ENS was significantly lower, with a scatter range index of 4.98 and 5.40, respectively.Peer reviewe
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
This paper attempts to critically review some numerical methods for fatigue strength assessment of w...
The effective notch stress method (ENS) as defined by the International Institute of Welding is wide...
Fatigue of welded structures is commonly assessed in three ways. These are the nominal stress-, the ...
Nowadays, local approaches for determining the fatigue strength of welded joints are commonly used i...
To improve the usage of material in fatigue loaded complex welded structures a better calculation me...
This paper is concerned with the design of complex welded structures subjected to fatigue loadings. ...
Some recently developed variants of local concepts for assessing the fatigue strength and structural...
The principle of fatigue strength assessment consists in comparing stresses with their critical valu...
A new traction force approach (TFA) for weld root fatigue analysis of complex cruciform connections ...
Several fatigue failures are initiating from the root of non-penetrating welds, which are widely app...
ABSTRACT. Decreasing the notch root ρ the theoretical stress concentration factor Kt increases and t...
In this paper, a method for extending the applicability of structural stress method for fatigue asse...
The notch stress method( NSM) is a local fatigue analysis method of welded structure,this method has...
This paper summarizes the research work carried out in Germany and in Italy about the fatigue streng...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
This paper attempts to critically review some numerical methods for fatigue strength assessment of w...
The effective notch stress method (ENS) as defined by the International Institute of Welding is wide...
Fatigue of welded structures is commonly assessed in three ways. These are the nominal stress-, the ...
Nowadays, local approaches for determining the fatigue strength of welded joints are commonly used i...
To improve the usage of material in fatigue loaded complex welded structures a better calculation me...
This paper is concerned with the design of complex welded structures subjected to fatigue loadings. ...
Some recently developed variants of local concepts for assessing the fatigue strength and structural...
The principle of fatigue strength assessment consists in comparing stresses with their critical valu...
A new traction force approach (TFA) for weld root fatigue analysis of complex cruciform connections ...
Several fatigue failures are initiating from the root of non-penetrating welds, which are widely app...
ABSTRACT. Decreasing the notch root ρ the theoretical stress concentration factor Kt increases and t...
In this paper, a method for extending the applicability of structural stress method for fatigue asse...
The notch stress method( NSM) is a local fatigue analysis method of welded structure,this method has...
This paper summarizes the research work carried out in Germany and in Italy about the fatigue streng...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
This paper attempts to critically review some numerical methods for fatigue strength assessment of w...
The effective notch stress method (ENS) as defined by the International Institute of Welding is wide...