Add to ORKGThe dominant retardation mechanism of fatigue cracks after an overload is still under discussion for modelling variable amplitude loading. Is it plasticity induced crack closure in the wake of the crack or the residual stress field in the K dominated region in front of the crack? Over the thickness, fracture mechanics changes from plane stress to plane strain and consequently observations in different depths are essential. This has been realized by synchrotron measurements. We found the residual stress effect to be more dominant while stress gradients over the thickness are hardly found for the residual but for the applied stresse
We investigated the evolution of the strain fields around a fatigued crack tip between the steady- a...
Fatigue Crack Growth Rate (FCGR) is altered by a single anomalous load exceeding cyclic maximum (Ove...
Abrupt increase in the maximum load during fatigue cycling modifies the deformation conditions at th...
The dominant retardation mechanism of fatigue cracks after an overload is still under discussion for...
The introduction of an overload or underload within a constant amplitude loading fatigue test leads ...
The mechanisms responsible for the transient retardation or acceleration of fatigue crack growth sub...
The mechanisms responsible for the transient retardation or acceleration of fatigue crack growth sub...
In this work we present the results of in situ synchrotron X-ray diffraction measurements of fatigue...
The evolution of crack-tip strain fields in a thin (plane stress) compact tension sample following a...
AbstractLightweight construction is one of the most demanded technologies in many engineering system...
The effects of residual stress and fatigue crack closure have been investigated in an offshore appli...
Copyright © 2009 Elsevier Ltd All rights reserved.Experiments have shown that the application of an ...
Crack growth retardation following overloads can result in overly conservative life predictions in s...
Severe loads can cause local plasticity to occur at stress concentrations, which are also common sit...
The overload and/or underload occurring during constant-amplitude fatiguecrack growth result in the ...
We investigated the evolution of the strain fields around a fatigued crack tip between the steady- a...
Fatigue Crack Growth Rate (FCGR) is altered by a single anomalous load exceeding cyclic maximum (Ove...
Abrupt increase in the maximum load during fatigue cycling modifies the deformation conditions at th...
The dominant retardation mechanism of fatigue cracks after an overload is still under discussion for...
The introduction of an overload or underload within a constant amplitude loading fatigue test leads ...
The mechanisms responsible for the transient retardation or acceleration of fatigue crack growth sub...
The mechanisms responsible for the transient retardation or acceleration of fatigue crack growth sub...
In this work we present the results of in situ synchrotron X-ray diffraction measurements of fatigue...
The evolution of crack-tip strain fields in a thin (plane stress) compact tension sample following a...
AbstractLightweight construction is one of the most demanded technologies in many engineering system...
The effects of residual stress and fatigue crack closure have been investigated in an offshore appli...
Copyright © 2009 Elsevier Ltd All rights reserved.Experiments have shown that the application of an ...
Crack growth retardation following overloads can result in overly conservative life predictions in s...
Severe loads can cause local plasticity to occur at stress concentrations, which are also common sit...
The overload and/or underload occurring during constant-amplitude fatiguecrack growth result in the ...
We investigated the evolution of the strain fields around a fatigued crack tip between the steady- a...
Fatigue Crack Growth Rate (FCGR) is altered by a single anomalous load exceeding cyclic maximum (Ove...
Abrupt increase in the maximum load during fatigue cycling modifies the deformation conditions at th...