Add to ORKGUsing thin-walled cylindrical specimens subjected cyclic tension and torsion, fatigue crack growth tests under mixed-mode loading conditions were conducted. The characteristics of the fatigue crack growth rate (FCGR) were identified. By comparing the experimental results with the results of FE analyses, it was found that the characteristics of the FCGR were related to fatigue damage accumulation before initial crack growth. Based on these results, fatigue life prediction under mixed-mode loading was proposed. Damage analyses is indispensable for characterization of the fatigue crack growth and fatigue life prediction
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Mixed-mode loading represents the true loading condition in many practical situations. In addition, ...
Mixed-mode fatigue crack growth has been studied using four point bend specimens under asymmetric lo...
Mixed-mode fatigue crack growth has been studied using four point bend specimens under asymmetric lo...
The applications of fracture mechanics have traditionally concentrated on crack growth problems unde...
AbstractIntegrity assessment and life prediction of components under cyclic loading make use of crac...
Under non-proportional mixed-mode loading conditions at the crack tip, some observations are reporte...
AbstractIntegrity assessment and life prediction of components under cyclic loading make use of crac...
ABSTRACT This study considers the fatigue crack growth under mixed mode I-III subjected to simple te...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Mixed-mode loading represents the true loading condition in many practical situations. In addition, ...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Environmental loads acting on structures usually cause fatigue crack propagation under variable ampl...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Mixed-mode loading represents the true loading condition in many practical situations. In addition, ...
Mixed-mode fatigue crack growth has been studied using four point bend specimens under asymmetric lo...
Mixed-mode fatigue crack growth has been studied using four point bend specimens under asymmetric lo...
The applications of fracture mechanics have traditionally concentrated on crack growth problems unde...
AbstractIntegrity assessment and life prediction of components under cyclic loading make use of crac...
Under non-proportional mixed-mode loading conditions at the crack tip, some observations are reporte...
AbstractIntegrity assessment and life prediction of components under cyclic loading make use of crac...
ABSTRACT This study considers the fatigue crack growth under mixed mode I-III subjected to simple te...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Mixed-mode loading represents the true loading condition in many practical situations. In addition, ...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Environmental loads acting on structures usually cause fatigue crack propagation under variable ampl...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
The subject for studies is a steel bar of circular cross-section with straight-fronted edge notch un...
Mixed-mode loading represents the true loading condition in many practical situations. In addition, ...