Add to ORKGABSTRACT. Crack propagation in real aircraft engine components calculated by the in-house software CRACKTRACER3D frequently exhibits Mode-II and Mode-III effects, i.e. the cracks do not stay in-plane. Validation, however, is quite difficult since few experimental results are available. The present contribution uses mixed-mode experimental evidence from MTU and the literature in order to verify the predictions of CRACKTRACER3D. The tests include the propagation of a slanted crack in a 4-point bending specimen, a Compact Tension Shear Rotation Specimen under mode-III loading and a biaxial test of a square specimen with holes. It is shown that the results are on the conservative side due to the neglection of friction between the crack faces
In many ductile materials, there is evidence of stable crack growth prior to instability. The instab...
ABSTRACT. Advanced life predictions in cyclically loaded components consider both crack initiation a...
A testing for bent fatigue crack propagation under mixed-mode conditions was carried out using fatig...
AbstractOne possible explanation of out-of-plane deviations of cracks loaded in mode I+III was sugge...
A novel experimental method, previously developed by the authors, has been applied in order to promo...
International audienceA new type of mixed mode crack propagation test is proposed. A single crack is...
The present paper focuses on the prediction of cyclic crack propagation due to missions with varying...
The understanding of shear-mode crack growth mechanisms and crack branching phenomena is of great in...
AbstractThe main purpose of the research presented herein was to study the fatigue crack propagation...
The experiments of a fatigue crack under mixed-mode loading are performed with CTS (Compact-Tension-...
Engine components are usually subject to complex loading patterns such as mixed-mode Low Cycle Fatig...
Ductile structural elements are often times subjected to complex loading conditions during normal op...
The basic loading cases (Mode I, Mode II and Mode III) of cracks are generally defined by the near-f...
In this study, finite element modeling and experimental studies on a mode-I/III specimen similar to ...
ABSTRACT. In the present paper, some interesting questions concerning 3D fatigue crack propagation a...
In many ductile materials, there is evidence of stable crack growth prior to instability. The instab...
ABSTRACT. Advanced life predictions in cyclically loaded components consider both crack initiation a...
A testing for bent fatigue crack propagation under mixed-mode conditions was carried out using fatig...
AbstractOne possible explanation of out-of-plane deviations of cracks loaded in mode I+III was sugge...
A novel experimental method, previously developed by the authors, has been applied in order to promo...
International audienceA new type of mixed mode crack propagation test is proposed. A single crack is...
The present paper focuses on the prediction of cyclic crack propagation due to missions with varying...
The understanding of shear-mode crack growth mechanisms and crack branching phenomena is of great in...
AbstractThe main purpose of the research presented herein was to study the fatigue crack propagation...
The experiments of a fatigue crack under mixed-mode loading are performed with CTS (Compact-Tension-...
Engine components are usually subject to complex loading patterns such as mixed-mode Low Cycle Fatig...
Ductile structural elements are often times subjected to complex loading conditions during normal op...
The basic loading cases (Mode I, Mode II and Mode III) of cracks are generally defined by the near-f...
In this study, finite element modeling and experimental studies on a mode-I/III specimen similar to ...
ABSTRACT. In the present paper, some interesting questions concerning 3D fatigue crack propagation a...
In many ductile materials, there is evidence of stable crack growth prior to instability. The instab...
ABSTRACT. Advanced life predictions in cyclically loaded components consider both crack initiation a...
A testing for bent fatigue crack propagation under mixed-mode conditions was carried out using fatig...