Deliberately created or inadvertently induced, notches and defects unavoidably exist in engineering components. Then, fatigue strength assessments often need linear and nonlinear stresses and strains at the notch root or in the close neighbourhood of it. Whilst there is a large body of work on notch root stresses under tensile loading, in the previous literature there has been relatively little attention paid to torsional loading of prismatic shafts. Nevertheless, the engineering use of torque carrying shafts is extensive and they are susceptible to crack formation at notches and grooves under both static and cyclic conditions. In this work, a comprehensive evaluation of the components of the linear and non-linear stress fields ahead var...
In this paper, the cumulative strain energy density, also called fatigue toughness, was used to pred...
Linear Elastic Notch Mechanics (LENM) extends the concepts of the well known Linear Elastic Fracture...
International audienceNeuber type methods are widely used to predict the local stress-strain behavio...
In engineering practice, mechanical components are weakened by a wide range of sharp or blunt notche...
Real mechanical components not only contain geometrical features resulting in stress concentration p...
Intentionally designed or accidentally caused, notches, cracks or defects are inevitably present in ...
n the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is mo...
AbstractThis paper provides a comprehensive evaluation of nonlinear stress fields in the neighbourho...
In the present paper, Rice's J-integral is applied to sharp V-shaped notches subjected to mixed mode...
This work presents an analytical procedure for estimating elastic-plastic stresses and strains in no...
A review of some recent data from multiaxial fatigue data from different notched materials is carrie...
Fatigue strength is typically a governing limit state for marine structures. Predicting an accurate ...
In the Strain Energy Density (SED) approach for fatigue strength assessments of welded joints a well...
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
The aim of the paper is to demonstrate the close correspondence between two local approaches to asse...
In this paper, the cumulative strain energy density, also called fatigue toughness, was used to pred...
Linear Elastic Notch Mechanics (LENM) extends the concepts of the well known Linear Elastic Fracture...
International audienceNeuber type methods are widely used to predict the local stress-strain behavio...
In engineering practice, mechanical components are weakened by a wide range of sharp or blunt notche...
Real mechanical components not only contain geometrical features resulting in stress concentration p...
Intentionally designed or accidentally caused, notches, cracks or defects are inevitably present in ...
n the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is mo...
AbstractThis paper provides a comprehensive evaluation of nonlinear stress fields in the neighbourho...
In the present paper, Rice's J-integral is applied to sharp V-shaped notches subjected to mixed mode...
This work presents an analytical procedure for estimating elastic-plastic stresses and strains in no...
A review of some recent data from multiaxial fatigue data from different notched materials is carrie...
Fatigue strength is typically a governing limit state for marine structures. Predicting an accurate ...
In the Strain Energy Density (SED) approach for fatigue strength assessments of welded joints a well...
In the notch stress intensity approach to the fatigue assessment of welded joints, the weld toe is m...
The aim of the paper is to demonstrate the close correspondence between two local approaches to asse...
In this paper, the cumulative strain energy density, also called fatigue toughness, was used to pred...
Linear Elastic Notch Mechanics (LENM) extends the concepts of the well known Linear Elastic Fracture...
International audienceNeuber type methods are widely used to predict the local stress-strain behavio...