Add to ORKGThis paper presents a numerical method for non-local stress assessment by means of a general FE tool and the local stress field. Unlike usual calculations by means of a numerical PDE solver, a more general numerical integration is used. Different solutions are compared theoretically and numerically by evaluating the results obtained by two different FEM commercial software. The application of the non-local tension field is applied to the strength assessment of notches, welded joints and cracks
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
This paper describes a novel method to model the stress gradient effect in fretting-fatigue. The ana...
Notches, local stress raisers within structural components, are one of the most important locations ...
This paper presents a numerical method for non-local stress assessment by means of a general FE tool...
This paper investigates two possible definitions of a non-local effective stress: the weighted avera...
This paper addresses the problem of stress singularities at the tip of sharp V-notches by means of a...
This paper attempts to critically review some numerical methods for fatigue strength assessment of w...
This paper presents a comparison between two local methods that can be used for the fatigue life ass...
In the notch stress intensity approach the weld toe is modelled as a sharp V-notch, rho = 0, and loc...
This paper aims at providing recommendations for the practical application of relatively novel fatig...
The paper presents a simplified version of the Notch Stress Intensity Factor (NSIF) approach useful ...
In the presence of sharp V-notches the stress distributions are singular and the intensity of the st...
Analysis based on the so-called ‘‘local approach” is made to estimate the fatigue strength of welded...
The peak stress method (PSM) allows a rapid application of the notch stress intensity factor (NSIF) ...
For the service life estimation of metallic components under cyclic loading according to strain-base...
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
This paper describes a novel method to model the stress gradient effect in fretting-fatigue. The ana...
Notches, local stress raisers within structural components, are one of the most important locations ...
This paper presents a numerical method for non-local stress assessment by means of a general FE tool...
This paper investigates two possible definitions of a non-local effective stress: the weighted avera...
This paper addresses the problem of stress singularities at the tip of sharp V-notches by means of a...
This paper attempts to critically review some numerical methods for fatigue strength assessment of w...
This paper presents a comparison between two local methods that can be used for the fatigue life ass...
In the notch stress intensity approach the weld toe is modelled as a sharp V-notch, rho = 0, and loc...
This paper aims at providing recommendations for the practical application of relatively novel fatig...
The paper presents a simplified version of the Notch Stress Intensity Factor (NSIF) approach useful ...
In the presence of sharp V-notches the stress distributions are singular and the intensity of the st...
Analysis based on the so-called ‘‘local approach” is made to estimate the fatigue strength of welded...
The peak stress method (PSM) allows a rapid application of the notch stress intensity factor (NSIF) ...
For the service life estimation of metallic components under cyclic loading according to strain-base...
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
This paper describes a novel method to model the stress gradient effect in fretting-fatigue. The ana...
Notches, local stress raisers within structural components, are one of the most important locations ...