AbstractTo study crack initiation at weak stress singularities classical Fracture Mechanics approaches do not suffice. In this work weak singularities are discussed and the obstacles occurring in fracture analysis are outlined. The concept of Finite Fracture Mechanics and the use of coupled criteria is explained. A brief discussion of coupled criteria is given and relationships to other analysis methods are adressed. As an example crack initiation in adhesively bonded joints is analyzed. Two different failure models are outlined and it is shown that both agree well with experimental results
Finite Fracture Mechanics and Cohesive Crack Model can effectively predict the strength of plain, cr...
The evaluation of the degree of criticality of crack nucleation, initiation and propagation in the v...
International audienceAt V-notched tips in specimens made of quasi-brittle materials a small damaged...
AbstractTo study crack initiation at weak stress singularities classical Fracture Mechanics approach...
AbstractUp to now the failure load assessment of bonded joints is still not fully understood. This w...
AbstractThe failure criterion for v-notched specimens developed for mixed-mode loadings by Yosibash ...
In this paper, a review of some techniques proposed in the literature for modelling crackinitiation ...
The paper investigates the fatigue crack/notch sensitivity by the coupled criterion of Finite Fractu...
In the present work the Coupled Criterion of Finite Fracture Mechanics (CCFFM) is used to predict cr...
AbstractA theoretical model for prediction of the critical load generating a crack onset at the fibr...
Abstract This work is concerned with the analysis of failure of adhesive joints. Typically adhesive ...
AbstractA method for the prediction of crack onset and propagation along an interface in a fibre-rei...
Requiring both stress and energy conditions to be met simultaneously proved key to modeling brittle ...
AbstractIn the present paper we provide a method to determine the load causing delamination along an...
AbstractIn the present work a generally applicable failure model for the assessment of crack onset i...
Finite Fracture Mechanics and Cohesive Crack Model can effectively predict the strength of plain, cr...
The evaluation of the degree of criticality of crack nucleation, initiation and propagation in the v...
International audienceAt V-notched tips in specimens made of quasi-brittle materials a small damaged...
AbstractTo study crack initiation at weak stress singularities classical Fracture Mechanics approach...
AbstractUp to now the failure load assessment of bonded joints is still not fully understood. This w...
AbstractThe failure criterion for v-notched specimens developed for mixed-mode loadings by Yosibash ...
In this paper, a review of some techniques proposed in the literature for modelling crackinitiation ...
The paper investigates the fatigue crack/notch sensitivity by the coupled criterion of Finite Fractu...
In the present work the Coupled Criterion of Finite Fracture Mechanics (CCFFM) is used to predict cr...
AbstractA theoretical model for prediction of the critical load generating a crack onset at the fibr...
Abstract This work is concerned with the analysis of failure of adhesive joints. Typically adhesive ...
AbstractA method for the prediction of crack onset and propagation along an interface in a fibre-rei...
Requiring both stress and energy conditions to be met simultaneously proved key to modeling brittle ...
AbstractIn the present paper we provide a method to determine the load causing delamination along an...
AbstractIn the present work a generally applicable failure model for the assessment of crack onset i...
Finite Fracture Mechanics and Cohesive Crack Model can effectively predict the strength of plain, cr...
The evaluation of the degree of criticality of crack nucleation, initiation and propagation in the v...
International audienceAt V-notched tips in specimens made of quasi-brittle materials a small damaged...