Add to ORKGIn the present paper a large bulk of load carrying and non-load carrying welded joints have been considered and analyzed numerically. By employing three-dimensional models, the Strain Energy Density (SED) over a control volume surrounding the most critical point has been determined. All the results have been summarized in terms of SED showing the potentiality of the approach to a wide variety of details and discuss- ing the results comparing the values with those derived by the EC3
A large bulk of experimental data from static tests of sharp and blunt V-notches and from fatigue te...
Three types of welded joints exhibiting weld roots with slit-parallel tensile stresses combined with...
In the notch stress intensity approach the weld toe is modelled as a sharp V-notch, rho = 0, and loc...
A recent approach based on the local strain energy density (SED) averaged over a given control volum...
This field of brittle fracture has engaged researchers from various fields of engineering from the e...
In the application of the Strain Energy Density (SED) approach for fatigue strength assessments of w...
The aim of the paper is to demonstrate the close correspondence between two local approaches to asse...
A fatigue strength parameter for (seam-)welded joints is presented which is based on the averaged el...
In some previous works two fatigue scatterbands were given in terms of the local strain energy densi...
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
The paper demonstrates the close correspondence between two local approaches to assess the fatigue s...
The first step in fatigue design of welded joint is particularly complex e difficult. Welded bead ge...
In the Strain Energy Density (SED) approach for fatigue strength assessments of welded joints a well...
A recent criterion based on the local strain energy density (SED) averaged over a given control volu...
A large bulk of experimental data from static tests of sharp and blunt V-notches and from fatigue te...
A large bulk of experimental data from static tests of sharp and blunt V-notches and from fatigue te...
Three types of welded joints exhibiting weld roots with slit-parallel tensile stresses combined with...
In the notch stress intensity approach the weld toe is modelled as a sharp V-notch, rho = 0, and loc...
A recent approach based on the local strain energy density (SED) averaged over a given control volum...
This field of brittle fracture has engaged researchers from various fields of engineering from the e...
In the application of the Strain Energy Density (SED) approach for fatigue strength assessments of w...
The aim of the paper is to demonstrate the close correspondence between two local approaches to asse...
A fatigue strength parameter for (seam-)welded joints is presented which is based on the averaged el...
In some previous works two fatigue scatterbands were given in terms of the local strain energy densi...
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
The paper demonstrates the close correspondence between two local approaches to assess the fatigue s...
The first step in fatigue design of welded joint is particularly complex e difficult. Welded bead ge...
In the Strain Energy Density (SED) approach for fatigue strength assessments of welded joints a well...
A recent criterion based on the local strain energy density (SED) averaged over a given control volu...
A large bulk of experimental data from static tests of sharp and blunt V-notches and from fatigue te...
A large bulk of experimental data from static tests of sharp and blunt V-notches and from fatigue te...
Three types of welded joints exhibiting weld roots with slit-parallel tensile stresses combined with...
In the notch stress intensity approach the weld toe is modelled as a sharp V-notch, rho = 0, and loc...