In this paper, two examples of the influence of time-dependent processes on crack path in two 2XXX aluminium alloys are presented. The first example is concerned with corrosion–fatigue crack growth resistance of a 2024 T351 alloy cracked in the S–L direction in 3.5% NaCl solution at free corrosion potential. The second example deals with the elevated temperature crack growth resistance of a 2650 T6 alloy that might be used in future supersonic aircraft fuselage panels. The common idea is to correlate quantitative measurements of relevant fractographic features of crack path to the effects of time-dependent processes on crack growth rates
This paper presents the results of determining the fatigue crack growth parameters in aluminium allo...
The influence of sequential action of corrosion and fatigue on fatigue behaviour of 2024- T3 alumin...
This research aims to establish the effect of hole cold expansion on fatigue life of pre-cracked mat...
Ageing aircraft led to study the effects of corrosion on the mechanical properties of aluminum alloy...
The role of fatigue crack closure in the corrosion fatigue of plate aluminium alloys has been invest...
Corrosion has always been a concern in the manufacturing industry as it shortens the lifespan of a m...
La gestion des flottes vieillissantes conduit à étudier les effets de la corrosion sur la tenue méca...
The fatigue resistance of metals can be profoundly affected by the environmental reactions that chan...
A brief overview of aircraft aluminum alloys, along with a discussion of their susceptibility to cor...
AbstractThis study was undertaken with the aim of identifying the domains where synergistic interact...
The microstructural characteristics and the influence of existing corrosion on fatigue crack growth ...
One of the most vulnerable areas for the initiation and propagation of fatigue cracks in aircraft st...
In order to investigate the effects of the distributed surface cracks on corrosion fatigue crack pro...
A modified Trantina–Johnson model was developed to characterize corrosion fatigue crack growth behav...
This paper presents the results of determining the fatigue crack growth parameters in aluminium allo...
This paper presents the results of determining the fatigue crack growth parameters in aluminium allo...
The influence of sequential action of corrosion and fatigue on fatigue behaviour of 2024- T3 alumin...
This research aims to establish the effect of hole cold expansion on fatigue life of pre-cracked mat...
Ageing aircraft led to study the effects of corrosion on the mechanical properties of aluminum alloy...
The role of fatigue crack closure in the corrosion fatigue of plate aluminium alloys has been invest...
Corrosion has always been a concern in the manufacturing industry as it shortens the lifespan of a m...
La gestion des flottes vieillissantes conduit à étudier les effets de la corrosion sur la tenue méca...
The fatigue resistance of metals can be profoundly affected by the environmental reactions that chan...
A brief overview of aircraft aluminum alloys, along with a discussion of their susceptibility to cor...
AbstractThis study was undertaken with the aim of identifying the domains where synergistic interact...
The microstructural characteristics and the influence of existing corrosion on fatigue crack growth ...
One of the most vulnerable areas for the initiation and propagation of fatigue cracks in aircraft st...
In order to investigate the effects of the distributed surface cracks on corrosion fatigue crack pro...
A modified Trantina–Johnson model was developed to characterize corrosion fatigue crack growth behav...
This paper presents the results of determining the fatigue crack growth parameters in aluminium allo...
This paper presents the results of determining the fatigue crack growth parameters in aluminium allo...
The influence of sequential action of corrosion and fatigue on fatigue behaviour of 2024- T3 alumin...
This research aims to establish the effect of hole cold expansion on fatigue life of pre-cracked mat...