This article approaches the topic of crack initiation and crack growth behaviour under combined mode I- and mode III-loading conditions. Such loading combinations especially lead to a crack, which unscrew out of its initial orientation and segments into many single cracks respectively facets. This characteristic depicts the crucial difference to a crack growth under pure mode I-loading, pure in-plane shearing (mode II) as well as 2D-mixed-mode-loadings. Since this stepped fractured surfaces thus far are proved little and therefore their characterisation remains to be done, a facets quantification using some characteristic dimensions will be performed within this article. After the description of experiments for facet creation the facet’s qu...
Long fatigue cracks that initially experience mixed mode displacements usually change direction in r...
The understanding of shear-mode crack growth mechanisms and crack branching phenomena is ofgreat int...
In house made experimental observations of three-dimensional fatigue crack growth are compared to nu...
AbstractThe crack propagation path of a crack loaded initially in mode I+III is complex. It is forme...
While product’s operation the loading situation commonly changes. The local loading situation on an ...
We study the problem of crack front segmentation into facets under mixed mode I+III loading. Discret...
In many structures and components cracks, which are exposed to a 3D-mixed-mode-loading, occur due to...
The basic loading cases (Mode I, Mode II and Mode III) of cracks are generally defined by the near-f...
A planar crack generically segments into an array of “daughter cracks” shaped as tilted facets when ...
Mixed-mode I+III fracture in brittle materials presents spectacular, scale-independent pattern forma...
In this study, finite element modeling and experimental studies on a mode-I/III specimen similar to ...
AbstractThis paper presents results of 3Dfractographical analysis of shear-mode fatigue cracks in AR...
In many ductile materials, there is evidence of stable crack growth prior to instability. The instab...
ABSTRACT: This paper deals with three-dimensional Mixed-Mode Fracture and Fatigue problems and the s...
This paper is devoted to the analysis of the load path effect on I+II+III mixed mode fatigue crack p...
Long fatigue cracks that initially experience mixed mode displacements usually change direction in r...
The understanding of shear-mode crack growth mechanisms and crack branching phenomena is ofgreat int...
In house made experimental observations of three-dimensional fatigue crack growth are compared to nu...
AbstractThe crack propagation path of a crack loaded initially in mode I+III is complex. It is forme...
While product’s operation the loading situation commonly changes. The local loading situation on an ...
We study the problem of crack front segmentation into facets under mixed mode I+III loading. Discret...
In many structures and components cracks, which are exposed to a 3D-mixed-mode-loading, occur due to...
The basic loading cases (Mode I, Mode II and Mode III) of cracks are generally defined by the near-f...
A planar crack generically segments into an array of “daughter cracks” shaped as tilted facets when ...
Mixed-mode I+III fracture in brittle materials presents spectacular, scale-independent pattern forma...
In this study, finite element modeling and experimental studies on a mode-I/III specimen similar to ...
AbstractThis paper presents results of 3Dfractographical analysis of shear-mode fatigue cracks in AR...
In many ductile materials, there is evidence of stable crack growth prior to instability. The instab...
ABSTRACT: This paper deals with three-dimensional Mixed-Mode Fracture and Fatigue problems and the s...
This paper is devoted to the analysis of the load path effect on I+II+III mixed mode fatigue crack p...
Long fatigue cracks that initially experience mixed mode displacements usually change direction in r...
The understanding of shear-mode crack growth mechanisms and crack branching phenomena is ofgreat int...
In house made experimental observations of three-dimensional fatigue crack growth are compared to nu...